question_id
stringlengths 8
35
| subject
stringclasses 3
values | chapter
stringclasses 90
values | topic
stringclasses 459
values | question
stringlengths 17
24.5k
| options
stringlengths 2
4.26k
| correct_option
stringclasses 6
values | answer
stringclasses 460
values | explanation
stringlengths 1
10.6k
| question_type
stringclasses 3
values | paper_id
stringclasses 154
values | __index_level_0__
int64 2
13.4k
|
|---|---|---|---|---|---|---|---|---|---|---|---|
1l59r9mlm | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>In the given reaction</p>
<p><img src="data:image/png;base64,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"/></p>
<p>'A' can be</p> | [{"identifier": "A", "content": "benzyl bromide"}, {"identifier": "B", "content": "bromobenzene"}, {"identifier": "C", "content": "cyclohexyl bromide"}, {"identifier": "D", "content": "methyl bromide"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9xod5zm/1e92f0c8-a157-40a2-aca5-2ceeb90c2efe/b70b3720-5998-11ed-8313-678a7ff0eccc/file-1l9xod5zn.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9xod5zm/1e92f0c8-a157-40a2-aca5-2ceeb90c2efe/b70b3720-5998-11ed-8313-678a7ff0eccc/file-1l9xod5zn.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 80vh" alt="JEE Main 2022 (Online) 25th June Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 73 English Explanation"> | mcq | jee-main-2022-online-25th-june-evening-shift | 126 |
1l5am5ugd | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>The intermediate X, in the reaction :</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bsdgi3/5dd2c60f-1343-4c30-87a8-aa7d525b846b/47e0f9b0-fe5e-11ec-b169-b5046c590266/file-1l5bsdgi4.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bsdgi3/5dd2c60f-1343-4c30-87a8-aa7d525b846b/47e0f9b0-fe5e-11ec-b169-b5046c590266/file-1l5bsdgi4.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th June Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 71 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bsdw1h/8ed56977-bf6e-4557-be3f-5233687c36ef/53e1ca50-fe5e-11ec-b169-b5046c590266/file-1l5bsdw1i.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bsdw1h/8ed56977-bf6e-4557-be3f-5233687c36ef/53e1ca50-fe5e-11ec-b169-b5046c590266/file-1l5bsdw1i.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th June Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 71 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bsec7n/0a00caa4-f7dd-4f8b-a3e9-2c14511df353/605fba30-fe5e-11ec-b169-b5046c590266/file-1l5bsec7o.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bsec7n/0a00caa4-f7dd-4f8b-a3e9-2c14511df353/605fba30-fe5e-11ec-b169-b5046c590266/file-1l5bsec7o.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th June Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 71 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bsetm5/8e903146-4fb9-48e8-b0bc-23c5000d8225/6dd131d0-fe5e-11ec-b169-b5046c590266/file-1l5bsetm6.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bsetm5/8e903146-4fb9-48e8-b0bc-23c5000d8225/6dd131d0-fe5e-11ec-b169-b5046c590266/file-1l5bsetm6.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th June Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 71 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l8mctlk1/9c2f6af7-5732-46d6-8edd-1cb1a61bc5a0/bbf16d10-3f92-11ed-af9d-134e99e746ec/file-1l8mctlk2.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l8mctlk1/9c2f6af7-5732-46d6-8edd-1cb1a61bc5a0/bbf16d10-3f92-11ed-af9d-134e99e746ec/file-1l8mctlk2.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2022 (Online) 25th June Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 71 English Explanation"> | mcq | jee-main-2022-online-25th-june-morning-shift | 127 |
1l6gqp075 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>The difference in the reaction of phenol with bromine in chloroform and bromine in water medium is due to :</p>
| [{"identifier": "A", "content": "Hyperconjugation in substrate"}, {"identifier": "B", "content": "Polarity of solvent"}, {"identifier": "C", "content": "Free radical formation"}, {"identifier": "D", "content": "Electromeric effect the substrate"}] | ["B"] | null | Phenol gives different products with bromine in
chloroform and water medium due to the polarity
difference between chloroform and water acting as
solvent | mcq | jee-main-2022-online-26th-july-morning-shift | 129 |
1l6gqv2dw | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>The major product of the following reaction is</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6hzgbu2/17c1bbaf-7075-451d-abe0-144f3e56ae4f/e2e154a0-1592-11ed-abd2-c5f8c222b719/file-1l6hzgbu3.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6hzgbu2/17c1bbaf-7075-451d-abe0-144f3e56ae4f/e2e154a0-1592-11ed-abd2-c5f8c222b719/file-1l6hzgbu3.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 26th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 63 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6hzgzv3/f2950827-5263-45cf-941d-d5e338f3db2e/f57111f0-1592-11ed-abd2-c5f8c222b719/file-1l6hzgzv4.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6hzgzv3/f2950827-5263-45cf-941d-d5e338f3db2e/f57111f0-1592-11ed-abd2-c5f8c222b719/file-1l6hzgzv4.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 26th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 63 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6hzhjt7/bbed7b82-1b28-4159-af04-de849c388262/04d9c5b0-1593-11ed-abd2-c5f8c222b719/file-1l6hzhjt8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6hzhjt7/bbed7b82-1b28-4159-af04-de849c388262/04d9c5b0-1593-11ed-abd2-c5f8c222b719/file-1l6hzhjt8.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 26th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 63 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6hzhzws/05e4743b-a46d-4c4f-99bf-369dcd49e236/114984c0-1593-11ed-abd2-c5f8c222b719/file-1l6hzhzwt.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6hzhzws/05e4743b-a46d-4c4f-99bf-369dcd49e236/114984c0-1593-11ed-abd2-c5f8c222b719/file-1l6hzhzwt.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 26th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 63 English Option 4\">"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc5mflan/1d902e91-e832-4a91-a472-e7053e7df5cc/dc2e41f0-858f-11ed-a4e1-239777dab634/file-1lc5mflao.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc5mflan/1d902e91-e832-4a91-a472-e7053e7df5cc/dc2e41f0-858f-11ed-a4e1-239777dab634/file-1lc5mflao.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 26th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 63 English Explanation"> | mcq | jee-main-2022-online-26th-july-morning-shift | 130 |
1l6i5icdc | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Hydrolysis of which compound will give carbolic acid?</p> | [{"identifier": "A", "content": "Cumene"}, {"identifier": "B", "content": "Benzenediazonium chloride"}, {"identifier": "C", "content": "Benzal chloride"}, {"identifier": "D", "content": "Ethylene glycol ketal"}] | ["B"] | null | <p>Phenol, is known as Carbolic acid.</p>
<p>Diazonium salt are hydrolysed to phonols.</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc8le42s/896e25ad-de4a-4457-a63a-6783ef8a9a5f/23e3f550-8732-11ed-806b-d74011098e63/file-1lc8le42t.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc8le42s/896e25ad-de4a-4457-a63a-6783ef8a9a5f/23e3f550-8732-11ed-806b-d74011098e63/file-1lc8le42t.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 26th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 62 English Explanation"></p>
<p>Benzal chloride on hydrolysis gives benzaldehyde</p> | mcq | jee-main-2022-online-26th-july-evening-shift | 131 |
1l6jlvcyt | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p><img src="data:image/png;base64,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"/></p>
<p>In the above reaction product B is :</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6kr0lq4/257e63f7-82b5-4b90-8066-11605d3d199e/3e7d33c0-1718-11ed-82db-9f73654e4206/file-1l6kr0lq5.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6kr0lq4/257e63f7-82b5-4b90-8066-11605d3d199e/3e7d33c0-1718-11ed-82db-9f73654e4206/file-1l6kr0lq5.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 60 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6kr14j3/b93283a3-9ce3-45bb-9aec-84dfd3c16af6/4d041300-1718-11ed-82db-9f73654e4206/file-1l6kr14j4.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6kr14j3/b93283a3-9ce3-45bb-9aec-84dfd3c16af6/4d041300-1718-11ed-82db-9f73654e4206/file-1l6kr14j4.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 60 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6kr1our/04e1e2e9-a3c7-46b8-9f59-2371cf1d5973/5cb71630-1718-11ed-82db-9f73654e4206/file-1l6kr1ous.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6kr1our/04e1e2e9-a3c7-46b8-9f59-2371cf1d5973/5cb71630-1718-11ed-82db-9f73654e4206/file-1l6kr1ous.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 60 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6kr28wc/2f6bbb4a-f56c-4286-9ff0-67dc877e5a9a/6c32dcc0-1718-11ed-82db-9f73654e4206/file-1l6kr28wd.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6kr28wc/2f6bbb4a-f56c-4286-9ff0-67dc877e5a9a/6c32dcc0-1718-11ed-82db-9f73654e4206/file-1l6kr28wd.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 60 English Option 4\">"}] | ["A"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7nrm4h4/1e2d2e44-2587-4691-8bda-7156d8ef9b1b/264aca80-2c8d-11ed-a521-1f85f535c206/file-1l7nrm4h5.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7nrm4h4/1e2d2e44-2587-4691-8bda-7156d8ef9b1b/264aca80-2c8d-11ed-a521-1f85f535c206/file-1l7nrm4h5.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 60 English Explanation"></p>
<p>Product $B$ is 4-iodomethylphenol.</p> | mcq | jee-main-2022-online-27th-july-morning-shift | 132 |
1l6jo6l89 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>In the following reaction</p>
<p><img src="data:image/png;base64,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"/></p>
<p>The $$\%$$ yield for reaction I is $$60 \%$$ and that of reaction II is $$50 \%$$. The overall yield of the complete reaction is __________ $$\%$$. [nearest integer]</p> | [] | null | 30 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7ohkyul/9625ee75-c8ba-4fa7-8609-6a3843eb2d0e/b37ec1d0-2cf2-11ed-ae64-d1a5504bfed9/file-1l7ohkyum.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7ohkyul/9625ee75-c8ba-4fa7-8609-6a3843eb2d0e/b37ec1d0-2cf2-11ed-ae64-d1a5504bfed9/file-1l7ohkyum.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 61 English Explanation 1"><br>
Let initial moles of reactant taken = n<br><br>
Total moles obtained for benzene sulphonic acid (with % yield = 60%) = 0.6n <br><br>
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7ohlvvi/a4cf2bfb-e07b-4543-8c9a-9e4a36da60d2/cd01abe0-2cf2-11ed-ae64-d1a5504bfed9/file-1l7ohlvvj.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7ohlvvi/a4cf2bfb-e07b-4543-8c9a-9e4a36da60d2/cd01abe0-2cf2-11ed-ae64-d1a5504bfed9/file-1l7ohlvvj.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 61 English Explanation 2"><br>
Moles of benzene sulphonic acid before reaction II = 0.6n<br><br>
Moles obtained for phenol (with % yield = 50%) = 0.6 × 0.5n = 0.3n<br><br>
So over all % yield of complete reaction $=\frac{0.3 \mathrm{n}}{\mathrm{n}} \times 100=30$ | integer | jee-main-2022-online-27th-july-morning-shift | 133 |
1l6mdg2kp | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Identify the major products A and B for the below given reaction sequence.</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6rwl7sc/56109a56-2495-4083-8f14-3041c7c51d75/85e7dec0-1b07-11ed-b7a9-79e6877f3a95/file-1l6rwl7sd.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6rwl7sc/56109a56-2495-4083-8f14-3041c7c51d75/85e7dec0-1b07-11ed-b7a9-79e6877f3a95/file-1l6rwl7sd.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 59 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6rwlrdh/947675d7-aef3-4a76-968f-9dbf3f508b1b/95095050-1b07-11ed-b7a9-79e6877f3a95/file-1l6rwlrdi.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6rwlrdh/947675d7-aef3-4a76-968f-9dbf3f508b1b/95095050-1b07-11ed-b7a9-79e6877f3a95/file-1l6rwlrdi.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 59 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6rwm98d/988d8669-0034-4e28-892f-de422296a1cf/a2d4f5e0-1b07-11ed-b7a9-79e6877f3a95/file-1l6rwm98e.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6rwm98d/988d8669-0034-4e28-892f-de422296a1cf/a2d4f5e0-1b07-11ed-b7a9-79e6877f3a95/file-1l6rwm98e.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 59 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6rwmru1/1ac48768-998f-44ad-8184-613e55aaaa80/b1336590-1b07-11ed-b7a9-79e6877f3a95/file-1l6rwmru2.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6rwmru1/1ac48768-998f-44ad-8184-613e55aaaa80/b1336590-1b07-11ed-b7a9-79e6877f3a95/file-1l6rwmru2.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 59 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7ox7xhb/48b0204f-35b8-42b3-a384-e5696d6d3fc2/dafc6400-2d2f-11ed-b144-5949e1cb6ba8/file-1l7ox7xhc.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7ox7xhb/48b0204f-35b8-42b3-a384-e5696d6d3fc2/dafc6400-2d2f-11ed-b144-5949e1cb6ba8/file-1l7ox7xhc.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 100vh" alt="JEE Main 2022 (Online) 28th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 59 English Explanation"> | mcq | jee-main-2022-online-28th-july-morning-shift | 134 |
1ldojxdr2 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Decreasing order of dehydration of the following alcohols is</p>
<p><img src="data:image/png;base64,UklGRnAPAABXRUJQVlA4IGQPAACwWQCdASoAA4IAPm02mEgkIyKhJRRZ6IANiWlu+F9JyzH53NGSlV6C/xnb90PnvfP3xt9YmaX7Dfsv8B7hux/9+8QV1XaHdV3qNTFPcXUA/j3hi+CLQC8WD/08xP1lwJiBUe6t+ga7eyx0rDtXm73R+qGllkxHuyV0GWIYsmrzd5T1Q/zLO9eyt6/mY5Te2fagkGRc1nAAq58n2b3wEx/TFPI3gh/mRL7USnyMYrVOhtO95MEW/t/cKZfCa7xgODAI+LT7TEDfQVFbgcCVUBjd4ZESTT7S5yfZxvUaCSr+MTRO8UZYNmlJSBdG8G9+jEckWIve9Ll1kOmsSZtnOM7RIaNL7ATaFvx3kRjCcmlkseIwrihultmgo4Dpz+9WpZTd84kJkas8oyHRy+onH1F2ayaoNPRZNOZW9K+Ypf+PHnJN4U7WWhG7JQcur33qWWEbMNyy+zGvMMmZDiUt0Lab9pTvDZ5NwOgHJydIV8aRP6oXj1WxxgHXyBVixMtqJ0tXulxqCjnz8ABvobmCSaYiPNzQlKO7RsmAhaXP3SuKPnzmlsOCi8IwkREt44Yy+Zvg7gyQul80nR/UmxDxoKFrzpbd2xTtttFktq8OhaErv/5FvYY0J3RU61f2aQbSLWeTjX8jsL74m1aCL5ypESS6BBs5hf7LQsJmWKHqtT+X7GdFh1UTB93qBl8PQdF69znF/RblY35KwhQHinRosI683e5UKlUB3xBO+zGXNRtQfDAbN/wJ2L9opzxftPtQDKhxyHds+tGN3vHTje2XmaI+8X7Sx0WnkBgtKmvlLoMbveS/7z6H0s6LUEk5aaX3AXuxM+Y1MNq83fGklp+BDqiz0Ctn3U7yafaf8Ur7NG9TiCxu95EqwaxOA5EmrvJp9piFXvuKy/aXBgJDGi5KIoR3vJp9qAi+FaoSwkMbveTT7UEhjd7yafagkMbveTT7UEhyULi/XQAA/v8HuPhOUu701k2eZ54hZDLAo2QmhNLWv4Mj9GsZdZgXzp3jWHiiQ98NpInWBVtQLqzT2fwUHJ7mU5Uz6eJvpjWbH7aeMJe9aAQGk/4JMxXr3z8/DcBJiiUjmTSV8yAknA6IRGaBsKbjHTbAHx9ldXbZ8i5JE3fQZe6CYbRa5/p3e7kZLRwnavUdonHM6uP+f5Wlws+Y7ORQtaEZ4WTZhqt8WeKGtCp14YNJw5U1qbU02aB/uqnfXl9Pt2h3WI2IGvmW+FzgUJB0sDMX11WE1Y3df274TF8x96bv87EB+fBPtRjs3OlXFnO3iyys9Qj4Tg8nHesBEJD08iNX5u09RIcMWTAHF7C7GEh8Vy2OGP224rjKCIux9P+2MuKSxkJZj54pJR2IfFqDVaTJj155ufJp3ZdwatiLMtwv6FE/TbcWOW5lpaVF2TZ0+T+IygpgFaLvyRypvlakwl5eK0Cks/hEEryUFkWwH24yQfJ/ORDkgas6bNm7FBz+tvXfv8DUlja9asDGT1TxW3ieFQk+7ok1XP0HW42r56LW8OzoE5iTiWy4dWt/VqerufEyt0w7hCtl9C+bdk9RZU49jSqLLUX8l7n4S6RqeVVyTtkfS4YvcUqd2yxnMCFUDcTDc+L5lDomsU4tWdB+eIRyo4bSTvIA4AMKbE5GxkWC59aPpc+KbXE46HynO/9apHPuExHfKnWQRC9oamXAZJSJI59w5nhg3DJPnMtJ/bIkXjjIiNn2sCuEon9z7fuUl5wL/5GPq9cafOfLq+/BuEajZ+KAgyiOA/0VDexit6fja4Xuz3SlDLhJCoGF/Se0HqpAlohVXrpzKwPrtuRf47uMe0TtGjyIe1EM/Z9zyONYKzr838Z7afk9uAm8ixBfjPPuG8V78yIPOBOK11Xc2+44miAjdabgDLiqTPyeRKop8K5z40cVIueVgblYyrpR1wkjKbPEv4ZIocZW3h33IF3Y1pPxei1js0dPRHzR0xXMp+55tD4sjAPRRJxKDY8X9uOwz9ogShrt+zd26PnQOZvGQ1JT0Ftdr7KKV1Hb7gfs9ayPOFzoPZUaqjSllGGH3QwfQjYN0ujkAC/R73MaPrj0EwhODAGDTQuAT/USuVy606lfyXU958WA+PjHWjfYPR43gc7uG/jEjOyDe8wN1bqzCm+SKJnypzaz7pHE8aR64IbHLA5EFe0KAfWXCUOYe9nINuiyshSc+tPVov7sybaZsuYjX+t3fzTercHCPgQky02wsSnuKYQGIAs/wfEfe8CGhMSTdJI0oqQdn0fRFP8cQtVMm/5NhMCLGWEiafHGv8v5id9bWTexh7zhYBmBY+gefSLSSVI0PTNbGyJ2l0kOFw75qlARNoJmx53xwCD/G/6bwsg2ow/RUSE0tVvKfBWDAl9m8osSv6wSCnZijVtH7s0O2YxwChkec3JmZgyYjxwcfvxi6cnRH3ZMNUjH9EtOtTb0yrsL6cG3JB33hK6BSmfWcMsCmfbJ2tub4uw+htk9BWBHM5J1WWgQTNFbDmii+FXeuuPehHfDzQknkUaRq2oZ3mE4yNhN10zbeQg4vRKpG/2UXesNvbzCS5tlsubrOVpKXsjk9Qhpw1SqC3DF4PgIFPNO24xKWsWNufY97IdntBJLNwfV3V7yDad5BlEH3sjLBx0r0k5xyoa6LiYvCs7OQ9PH4bSPNDlvW8q9M0P5wfPjwHp/2dtcyVnI1G74XT0Wb+/bKvzwsL+aNrScH1TeB7y06Ni1ffmr0macbvFGqwiyrJSuQEQ9Y9Ae9y2ZDzslpWI7Xhh3pDLyCkD5bA/vgMc1PPUJxBzRn29+ytpKiteu9lXP3h2H3cERBiR4qQ+gUqxNkEP0KFO+broB/onfS/x2xwGwFA99Y9MaTbQfYl2oP54FAtlGtCO48a3X3+UKzMtXd/eXWNSK/LOq6pSWbOOuHzc3Y08yeh+2ohRcc9cwpeH4PZ/gDcxO0cjwmiTSz96oc7RSOfuKk+VKWORrOrrrMgrVmz81jSw/Gg2F8wd38tmwTUxCpKX21tV/10Znv2adtdggZqUZA4AYKBEp5y/oEs6Y58vrzQMxxoXLA14KsT+WBV2Ki2VEn7SJC2hoe97vTFcw0ND4HsEqkEPcdH4/38qwM81bnRH8K5LG/M9h5P5GRKTov+VnXwTdISqsiuJ2QM8TBPmFCYwfpKTPZCvP2X2tF1tWcDOgsJPaXtofOMgFkt6Laz/f6EjOz+PCrStrojYK5qb2rB9Q3XwtJ9J/f8L/hgz0xqNRmgSVIDb9dtjbEy7KfZRB1bOMA2sfSXcCB8i7rskKJGSrwg4LT8+R1Gp8UHJnY1/WLhyfVUTTfA6jWiCJt+or9OoXoNuJCAxIsD2XhgMGfWjXpv7jby2GK3+OLivFupFrq+WMo+Bm1NRTTle+My50cUAKHxg+gRnfjriA8aBrL9Alkzidvnd/QJ0O7uSWL/CPvG2a9LRpy6vl5d8bMH8Z2bSZpLGTmuiXvCIHyPTAuG1BwJHkr9f20/h0gEDTjSlpn2aPQpel8WO8yYnQi5t9vyxFwf3Bz/A0X196tjHeJ+GCPHtnDkp2ReZRSJx2v7mBsHAlPwEhymoQxalBz7UFdGGSmf3jLrjkuMIu4OcAWRmUAzNE3qrerboAV7AsnsHbYZaiwah0RPJqWW6XfE1RsReTMHz6QLhLdwa+MMClxvsPXKUGYe4M7CoPLKV9RDpLrCBy/L14k1Rh5N/Ia0IKH/tnCZ5TgrTrDyfbS2M/pa2ZVCEqGQ2IecQv8tKiz3bOmlIOtlg62lJevoVEhgO8dA14vtOHHfSQtPBf2PVCwyQrTrEKYsOiCr4LGwVpgUxxi1pxOOm9H6MLY+THTReM3+nRZimF0YXtIdNPmoVPObGxeO0nh+ejTjKqxxDUQYZkpTvu0nse7+DF2L69ePQ6MxAGxdeFxNvJ2Agv4FpVE3AxpR1scd/4gXn4E4wdKvPtwee33MRtamLL09f3ee6eLzNctIupO5grnatXzD79ulGWZ5v5Xswvo2o4bZcrYRjr4Vk5+qe6ogC3zNT0cr4OPo9hg5Mk+nw6twIFb3hhQDMTMitIMHc9kjylGYgQzScU3XEclqmtk/HCdQpN3vQ50YA+3A43nNr0i1xhKWIU0ZyDR3Hv7jnUDuduUs+uu7lcyDNfKbLOW3UhhcNPI/ymaGp/ypAocc3uesRwKKcYlaIAw0fgIIzrJOdleXAxRkkyulsUGY53mdxdIMwk2rahBYIE24Xq97COfG9+CqhynuB0CLjwgQw7ItOZXyIdnHccM3U3gYq8V2BTkHlf7hQR+1uFL3Cesjs7816yxQ4+yoKMZt0oVN5ldeammO4hlRaL6e7Tw4L8WG1Lg7aqw5IjYefNS8DuWeJI5QXTAtZA/bbMIQwIOTFFKPwSnRFc5jJAauOU5al7fJP4SQNTZ4XadNFs9r8uZEyf0w3Y4Wwj4ZWvVCG8Zv8Dj8/XG3NzlTCpODh93RKKDUwArjMj8TSZHAKg6s7u0Mkd6RfQ0cAQnds6jynugMFQhHWc3Ra+JLWipWogZbJeWqxKFuD8U1AtIIUIZj7fiNmHd3mJZoq8anznsm5pSlta4C+wfjVYN5+c/1R+qyrd8cARmykLpcM2v3Lr3wJiz7GFdzlco75U6vTlQPDj4EPGJnXt+TqITWM68EAifzpAZRmXdpZA8jqClbdHyDQSnGmfRWfsCTFxoL91cZnTRmTKiKpAm4QkGxDDyIuPYaW97rtmhzWmkTOEgtIwzGKNWPRHkEjBUQCOsrPQhhShw7GRrHGBUXQYol/7zdM2n43Pmc305HfA9vtpdTI7QRUT/bsERq2BQXJCV61+GFyGKDhLG4eknAHc0cdAWxy5hBEW82wgPueoS7ZyIvONM8vRcuOMogoahEmiH93mBxa5395U8cbtZ5Vd20/6FK5hT1g/cMV1eVmNCgHcB59KTkZrycdZ+w2l1znLxUdrQ/eEtfL7PEr+lMc/qOF4DarD6+6KcZy6lSfVEPz1GFjmIDnYFcmTbQvwYjW43kR6DavzuF/7ubvaDxoqoZocJGXQlm8fGwhXluObbrz/puBOhL17r+F8J7/K0XqmVvWWKlxj48KW63A6iBsPsc2CBk+B+MGrGzH9uCALP9kJcHYZtxk4fA2aurEQTfK0zPbF9M4bW3xPD/nTjXDNYb70hSR55YGhiHRsEBp0p+4oUM2fXX6A142udXQ4jSt+fey1LQaYLDGEZZ5tgMz88Oel1a3P9S0btMmk1tbJRQAAAAAA"/></p> | [{"identifier": "A", "content": "d > b > c > a"}, {"identifier": "B", "content": "b > d > c > a"}, {"identifier": "C", "content": "a > d > b > c"}, {"identifier": "D", "content": "b > a > d > c"}] | ["B"] | null | Dehydration of alcohol is directly proportional to
the stability of first carbocation.
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lf64iu9h/44d14dcb-e270-4a58-bb3a-414cd2aa757a/41082f00-c13b-11ed-9d9d-61299f4904d4/file-1lf64iub4.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lf64iu9h/44d14dcb-e270-4a58-bb3a-414cd2aa757a/41082f00-c13b-11ed-9d9d-61299f4904d4/file-1lf64iub4.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 1st February Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 52 English Explanation"> | mcq | jee-main-2023-online-1st-february-morning-shift | 136 |
1ldppakyz | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>An organic compound 'A' with emperical formula $$\mathrm{C}_{6} \mathrm{H}_{6} \mathrm{O}$$ gives sooty flame on burning. Its reaction with bromine solution in low polarity solvent results in high yield of B. B is</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldq1aqfp/7fd9c603-7390-4018-a4b3-852ffb862eb7/e2692f60-a495-11ed-8eb4-ef270ed2fedb/file-1ldq1aqfq.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldq1aqfp/7fd9c603-7390-4018-a4b3-852ffb862eb7/e2692f60-a495-11ed-8eb4-ef270ed2fedb/file-1ldq1aqfq.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 31st January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 50 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldq15cdc/61a1af60-5ede-446e-93ab-aa6479b24447/4c7fce00-a495-11ed-8eb4-ef270ed2fedb/file-1ldq15cdd.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldq15cdc/61a1af60-5ede-446e-93ab-aa6479b24447/4c7fce00-a495-11ed-8eb4-ef270ed2fedb/file-1ldq15cdd.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 31st January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 50 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldq14wms/4d1b949c-a95a-4e06-89b9-3ef4d6c14e08/4057c650-a495-11ed-8eb4-ef270ed2fedb/file-1ldq14wmt.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldq14wms/4d1b949c-a95a-4e06-89b9-3ef4d6c14e08/4057c650-a495-11ed-8eb4-ef270ed2fedb/file-1ldq14wmt.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 31st January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 50 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldq15qi0/8cce06ba-1040-4588-83e2-dc6b1c51d9c1/5769fe80-a495-11ed-8eb4-ef270ed2fedb/file-1ldq15qi1.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldq15qi0/8cce06ba-1040-4588-83e2-dc6b1c51d9c1/5769fe80-a495-11ed-8eb4-ef270ed2fedb/file-1ldq15qi1.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 31st January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 50 English Option 4\">"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1leh9et3e/ad850966-72ef-4f2a-a30c-76460fc4a9bd/c644a9b0-b38e-11ed-96ad-459254a85a5f/file-1leh9et3f.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1leh9et3e/ad850966-72ef-4f2a-a30c-76460fc4a9bd/c644a9b0-b38e-11ed-96ad-459254a85a5f/file-1leh9et3f.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 31st January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 50 English Explanation"> | mcq | jee-main-2023-online-31st-january-morning-shift | 137 |
ldqxhgqi | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | The correct order of $\mathrm{pK}_{\mathrm{a}}$ values for the following compounds is:<br/><br/>
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "$ \\mathrm{a}>\\mathrm{b}>\\mathrm{c}>\\mathrm{d}$"}, {"identifier": "B", "content": "$c > a > d > b$"}, {"identifier": "C", "content": "$\\mathrm{b}>\\mathrm{d}>\\mathrm{a}>\\mathrm{c}$"}, {"identifier": "D", "content": "$b > a > d > c$"}] | ["C"] | null | Higher the value of K<sub>a</sub> or lower the value pK<sub>a</sub>, stronger will be the acid.
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1leyjxg71/da9290ce-b0ce-486d-95bc-46b5ca8813b8/3b023ed0-bd11-11ed-89dd-7deceac5f9ee/file-1leyjxg72.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1leyjxg71/da9290ce-b0ce-486d-95bc-46b5ca8813b8/3b023ed0-bd11-11ed-89dd-7deceac5f9ee/file-1leyjxg72.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 30th January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 49 English Explanation 1">
<br>Presence of electron donating groups destabilises the phonoxide ion, thus, reduces acidic nature of phenol. Presence of electron withdrawing group stabilises the phenoxide ion thus increase the acidic strength of phenol.
<br><br>Thus, order of acidic strength is:
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1leyjyrce/d124cdcf-c789-49ee-a061-57387fd5d3ee/5f6e20e0-bd11-11ed-8584-0da66617294d/file-1leyjyrcf.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1leyjyrce/d124cdcf-c789-49ee-a061-57387fd5d3ee/5f6e20e0-bd11-11ed-8584-0da66617294d/file-1leyjyrcf.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 30th January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 49 English Explanation 2">
<p>$$\therefore$$ Order of $$\mathrm{pK_a}$$ will be = b > d > a > c</p>
<p><b>Note :</b></p>
<p>Acid Strength : -</p>
<p>Acids : Acids are those molecules which donates H<sup>+</sup> ion in aqueous solution (water) and increases concentration of H<sup>+</sup> ion in water.</p>
<p>$$H - A(aq)$$ $$\rightleftharpoons$$ $${H^ + }(aq) + {A^ - }(aq)$$</p>
<p>Dissociation constant of this reaction is K<sub>a</sub>. It is called ionisation constant.</p>
<p>$$\to$$ So we can say if a acid form more H<sup>+</sup> ion after adding it in H<sub>2</sub>O then that acid is called strong acid. If acid produce less H<sup>+</sup> ion in H<sub>2</sub>O then that acid is weak acid.</p>
<p>$$\to$$ Acid Strength $$\propto$$ Stability of conjugate base.</p>
<p>$$\to$$ Acid Strength $$\propto$$ K<sub>a</sub></p>
<p>$$\to$$ Acid Strength $$ \propto {1 \over {p{K_a}}}$$</p>
<p>Remember :</p>
<p>$$p{K_a} = - \log {K_a}$$</p>
<p>$$ = \log {({K_a})^{ - 1}} = \log {1 \over {{K_a}}}$$</p> | mcq | jee-main-2023-online-30th-january-evening-shift | 138 |
1ldsruan5 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>The increasing order of $$\mathrm{pK_a}$$ for the following phenols is</p>
<p>(A) 2, 4 - Dinitrophenol</p>
<p>(B) 4 - Nitrophenol</p>
<p>(C) 2, 4, 5 - Trimethylphenol</p>
<p>(D) Phenol</p>
<p>(E) 3-Chlorophenol</p>
<p>Choose the correct answer from the option given below :</p> | [{"identifier": "A", "content": "(A), (E), (B), (D), (C)"}, {"identifier": "B", "content": "(C), (E), (D), (B), (A)"}, {"identifier": "C", "content": "(C), (D), (E), (B), (A)"}, {"identifier": "D", "content": "(A), (B), (E), (D), (C)"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lfhjgj0y/7704ed8a-3a2e-4013-aa2e-d88fd7638b9d/48c77320-c782-11ed-9b48-d9b18d397dd0/file-1lfhjgj17.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lfhjgj0y/7704ed8a-3a2e-4013-aa2e-d88fd7638b9d/48c77320-c782-11ed-9b48-d9b18d397dd0/file-1lfhjgj17.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 29th January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 45 English Explanation">
<br><br>Order of acidity for following phenol is A > B > E > D > C.<br><br>
- M and – I increases acidity.<br><br>
+ M and + I decreases acidity.<br><br>
$$ \therefore $$ Their pK<sub>a</sub> value is A < B < E < D < C. | mcq | jee-main-2023-online-29th-january-morning-shift | 139 |
1ldu0g89i | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Find out the major product from the following reaction.</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldufwmge/ae19a573-6010-4ed5-a761-0bbf8a1b15a4/258acce0-a702-11ed-9824-935677f1e097/file-1ldufwmgf.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldufwmge/ae19a573-6010-4ed5-a761-0bbf8a1b15a4/258acce0-a702-11ed-9824-935677f1e097/file-1ldufwmgf.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 44 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldufx69x/fae46cbd-f1b4-40a3-9367-bb4811a5815c/34da5350-a702-11ed-9824-935677f1e097/file-1ldufx69y.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldufx69x/fae46cbd-f1b4-40a3-9367-bb4811a5815c/34da5350-a702-11ed-9824-935677f1e097/file-1ldufx69y.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 44 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldufxnkb/741b334c-7414-4063-9939-2f48096ffff1/423535b0-a702-11ed-9824-935677f1e097/file-1ldufxnkc.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldufxnkb/741b334c-7414-4063-9939-2f48096ffff1/423535b0-a702-11ed-9824-935677f1e097/file-1ldufxnkc.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 44 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldufy6aw/bf6dce75-7151-4c3a-9574-b7a7966ff06a/50aef590-a702-11ed-9824-935677f1e097/file-1ldufy6ax.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldufy6aw/bf6dce75-7151-4c3a-9574-b7a7966ff06a/50aef590-a702-11ed-9824-935677f1e097/file-1ldufy6ax.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 44 English Option 4\">"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1ledta84m/cc0b4d6a-3dcd-4a91-843e-9825811dc3c9/5ad1ed50-b1a9-11ed-afb4-c9dda1bdb882/file-1ledta84n.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1ledta84m/cc0b4d6a-3dcd-4a91-843e-9825811dc3c9/5ad1ed50-b1a9-11ed-afb4-c9dda1bdb882/file-1ledta84n.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2023 (Online) 25th January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 44 English Explanation"> | mcq | jee-main-2023-online-25th-january-evening-shift | 140 |
1ldu1ahil | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Given below are two statements, one is labelled as Assertion A and the other is labelled as Reason R</p>
<p>Assertion A : Butylated hydroxy anisole when added to butter increases its shelf life.</p>
<p>Reason R : Butylated hydroxy anisole is more reactive towards oxygen than food.</p>
<p>In the light of the above statements, choose the most appropriate answer from the options given below</p> | [{"identifier": "A", "content": "A is correct but R is not correct"}, {"identifier": "B", "content": "Both A and R are correct but R is NOT the correct explanation of A"}, {"identifier": "C", "content": "Both A and R are correct and R is the correct explanation of A"}, {"identifier": "D", "content": "A is not correct but R is correct"}] | ["C"] | null | Butylated hydroxy anisole is added to butter to
increase its shelf life from months to years as it is
more reactive towards oxygen than food.
Therefore, both Assertion and Reason are correct
and Reason is the correct explanation of Assertion. | mcq | jee-main-2023-online-25th-january-evening-shift | 141 |
1lduk3y05 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>In the cumene to phenol preparation in presence of air, the intermediate is</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvb59ha/ea64bbb1-7115-466e-a1e9-f377835a6444/50ce3cf0-a77c-11ed-a5e3-ff739bca566a/file-1ldvb59hb.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvb59ha/ea64bbb1-7115-466e-a1e9-f377835a6444/50ce3cf0-a77c-11ed-a5e3-ff739bca566a/file-1ldvb59hb.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 42 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvb5qgz/5059501e-24c6-4ae9-ae93-c89926fc02eb/5dee3930-a77c-11ed-a5e3-ff739bca566a/file-1ldvb5qh0.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvb5qgz/5059501e-24c6-4ae9-ae93-c89926fc02eb/5dee3930-a77c-11ed-a5e3-ff739bca566a/file-1ldvb5qh0.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 42 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvb6bou/39da1836-fb9d-40f8-8a02-817d9cb51fff/6e523ce0-a77c-11ed-a5e3-ff739bca566a/file-1ldvb6bov.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvb6bou/39da1836-fb9d-40f8-8a02-817d9cb51fff/6e523ce0-a77c-11ed-a5e3-ff739bca566a/file-1ldvb6bov.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 42 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvb6v7e/8e447375-c0b1-4cfe-81eb-a6510bbf37c3/7d657da0-a77c-11ed-a5e3-ff739bca566a/file-1ldvb6v7f.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvb6v7e/8e447375-c0b1-4cfe-81eb-a6510bbf37c3/7d657da0-a77c-11ed-a5e3-ff739bca566a/file-1ldvb6v7f.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 42 English Option 4\">"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lebuv61h/bb0b0d2e-9c17-4b5d-b0bb-4d3106cd7d82/f907d850-b095-11ed-b968-032108a3c0d6/file-1lebuv61i.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lebuv61h/bb0b0d2e-9c17-4b5d-b0bb-4d3106cd7d82/f907d850-b095-11ed-b968-032108a3c0d6/file-1lebuv61i.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2023 (Online) 25th January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 42 English Explanation"> | mcq | jee-main-2023-online-25th-january-morning-shift | 142 |
1ldukx6yj | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Given below are two statements : one is labelled as Assertion A and the other is labelled as Reason R :</p>
<p>Assertion A : Acetal / Ketal is stable in basic medium.</p>
<p>Reason R : The high leaving tendency of alkoxide ion gives the stability to acetal/ketal in basic medium.</p>
<p>In the light of the above statements, choose the correct answer from the options given below :</p> | [{"identifier": "A", "content": "A is false but R is true."}, {"identifier": "B", "content": "Both A and R are true but R is NOT the correct explanation of A"}, {"identifier": "C", "content": "Both A and R are true and R is the correct explanation of A"}, {"identifier": "D", "content": "A is true but R is false."}] | ["D"] | null | <b>For Assertion:</b> Acetal and ketals are basically
ethers hence they must be stable in basic medium
but should break down in acidic medium.
Hence assertion is correct.<br/><br/>
<b>For reason:</b> Alkoxide ion (RO<sup>–</sup>) is not considered a good leaving group hence reason must be false. | mcq | jee-main-2023-online-25th-january-morning-shift | 143 |
lgnzy816 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <img src="data:image/png;base64,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"/><br/>
'A' formed in the above reaction is | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgo765lw/c82a7c42-8f6b-4db2-b1bc-3a2aaef9a5f2/eeb28a40-def7-11ed-ad4a-2fa2e50bb363/file-1lgo765lx.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgo765lw/c82a7c42-8f6b-4db2-b1bc-3a2aaef9a5f2/eeb28a40-def7-11ed-ad4a-2fa2e50bb363/file-1lgo765lx.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 15th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 39 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgo76hxu/4bc19648-969f-49dc-a158-ee88fff82a41/f8393320-def7-11ed-ad4a-2fa2e50bb363/file-1lgo76hxv.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgo76hxu/4bc19648-969f-49dc-a158-ee88fff82a41/f8393320-def7-11ed-ad4a-2fa2e50bb363/file-1lgo76hxv.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 15th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 39 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgo76vxm/eae5bada-4f81-4713-9ba8-40121260646a/030888a0-def8-11ed-ad4a-2fa2e50bb363/file-1lgo76vxn.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgo76vxm/eae5bada-4f81-4713-9ba8-40121260646a/030888a0-def8-11ed-ad4a-2fa2e50bb363/file-1lgo76vxn.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 15th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 39 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgo74qhb/bf13cc20-24b7-4044-9e6d-60c390be8a99/c733e9f0-def7-11ed-ad4a-2fa2e50bb363/file-1lgo74qhc.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgo74qhb/bf13cc20-24b7-4044-9e6d-60c390be8a99/c733e9f0-def7-11ed-ad4a-2fa2e50bb363/file-1lgo74qhc.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 15th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 39 English Option 4\">"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lgrlefhk/29ea6bfe-be89-42f6-949c-98180f734422/ee8f0680-e0d5-11ed-ac7f-75b667b9d8cc/file-1lgrlefhl.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lgrlefhk/29ea6bfe-be89-42f6-949c-98180f734422/ee8f0680-e0d5-11ed-ac7f-75b667b9d8cc/file-1lgrlefhl.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 15th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 39 English Explanation"> | mcq | jee-main-2023-online-15th-april-morning-shift | 144 |
1lgsy2959 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Compound 'B' is</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgtumaw5/303e5afa-4bcd-496a-a0a3-d0aabdeb22e4/8cf18d50-e213-11ed-a71b-5bec0e8df462/file-1lgtumaw6.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgtumaw5/303e5afa-4bcd-496a-a0a3-d0aabdeb22e4/8cf18d50-e213-11ed-a71b-5bec0e8df462/file-1lgtumaw6.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 11th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 33 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgtulwv6/fec1b38b-048d-487d-ade6-dc5b45a249ed/821ba820-e213-11ed-a71b-5bec0e8df462/file-1lgtulwv7.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgtulwv6/fec1b38b-048d-487d-ade6-dc5b45a249ed/821ba820-e213-11ed-a71b-5bec0e8df462/file-1lgtulwv7.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 11th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 33 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgtumm3n/4ec38c23-4acf-43ad-83d7-9a158a5bae2f/959a0b30-e213-11ed-a71b-5bec0e8df462/file-1lgtumm3o.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgtumm3n/4ec38c23-4acf-43ad-83d7-9a158a5bae2f/959a0b30-e213-11ed-a71b-5bec0e8df462/file-1lgtumm3o.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 11th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 33 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgtumz87/e1fc6c1f-b61a-4f99-82d0-adf9c72c4cb8/9fbdde70-e213-11ed-a71b-5bec0e8df462/file-1lgtumz88.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgtumz87/e1fc6c1f-b61a-4f99-82d0-adf9c72c4cb8/9fbdde70-e213-11ed-a71b-5bec0e8df462/file-1lgtumz88.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 11th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 33 English Option 4\">"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1licndgcc/e0149eb7-efe2-44cf-a62b-9efff185705b/52af53c0-0036-11ee-bcb6-bdff5ecf1695/file-1licndgcd.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1licndgcc/e0149eb7-efe2-44cf-a62b-9efff185705b/52af53c0-0036-11ee-bcb6-bdff5ecf1695/file-1licndgcd.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 11th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 33 English Explanation"> | mcq | jee-main-2023-online-11th-april-evening-shift | 146 |
1lgv01h2e | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Arrange the following compounds in increasing order of rate of aromatic electrophilic substitution reaction</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "d, b, a, c"}, {"identifier": "B", "content": "b, c, a, d"}, {"identifier": "C", "content": "c, a, b, d"}, {"identifier": "D", "content": "d, b, c, a"}] | ["C"] | null | Benzene becomes more reactive towards EAS when any substituent raises the electron density.
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1liid8ffb/6b91f8bd-b54d-4967-9939-1f1a52d89def/5f926140-035b-11ee-b0c7-73e710e24d0d/file-1liid8fh0.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1liid8ffb/6b91f8bd-b54d-4967-9939-1f1a52d89def/5f926140-035b-11ee-b0c7-73e710e24d0d/file-1liid8fh0.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 11th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 30 English Explanation">
<br><br>Correct increasing order is :
<br><br>$$
c < a < b < d
$$ | mcq | jee-main-2023-online-11th-april-morning-shift | 147 |
1lgvup7mv | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>The correct order for acidity of the following hydroxyl compound is :</p>
<p>A. $$\mathrm{CH}_{3} \mathrm{OH}$$</p>
<p>B. $$\left(\mathrm{CH}_{3}\right)_{3} \mathrm{COH}$$</p>
<p>C. <img src="data:image/png;base64,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"/></p>
<p>D. <img src="data:image/png;base64,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"/></p>
<p>E. <img src="data:image/png;base64,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"/></p>
<p>Choose the correct answer from the options given below:</p> | [{"identifier": "A", "content": "E > C > D > A > B"}, {"identifier": "B", "content": "D > E > C > A > B"}, {"identifier": "C", "content": "E > D > C > B > A"}, {"identifier": "D", "content": "C > E > D > B > A"}] | ["A"] | null | $\mathrm{NO}_2$ group will increase the acidity, $\mathrm{OCH}_3$ group at para position will decrease the acidity, phenol is more acidic than methanol.<br/><br/>
So, Acidic strength $\mathrm{E}>\mathrm{C}>\mathrm{D}>\mathrm{A}>\mathrm{B}$ | mcq | jee-main-2023-online-10th-april-evening-shift | 148 |
1lh32acu0 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>The strongest acid from the following is</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lh5oyo6x/df1c5f92-4042-4694-af42-e4e039e90c88/d5f1de90-e896-11ed-8179-292e62481b94/file-1lh5oyo6y.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lh5oyo6x/df1c5f92-4042-4694-af42-e4e039e90c88/d5f1de90-e896-11ed-8179-292e62481b94/file-1lh5oyo6y.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 6th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 24 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lh5oz0ty/2bd2e712-b2d9-4507-9c56-29b6ca47016c/dfb56960-e896-11ed-8179-292e62481b94/file-1lh5oz0tz.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lh5oz0ty/2bd2e712-b2d9-4507-9c56-29b6ca47016c/dfb56960-e896-11ed-8179-292e62481b94/file-1lh5oz0tz.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 6th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 24 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lh5ozdi1/6de8e548-6276-47f5-9e82-7a9cd85de394/e97ec090-e896-11ed-8179-292e62481b94/file-1lh5ozdi2.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lh5ozdi1/6de8e548-6276-47f5-9e82-7a9cd85de394/e97ec090-e896-11ed-8179-292e62481b94/file-1lh5ozdi2.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 6th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 24 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lh5ozrbe/19f374e6-2362-4fd4-a044-6f560866d312/f42ad6a0-e896-11ed-8179-292e62481b94/file-1lh5ozrbf.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lh5ozrbe/19f374e6-2362-4fd4-a044-6f560866d312/f42ad6a0-e896-11ed-8179-292e62481b94/file-1lh5ozrbf.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 6th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 24 English Option 4\">"}] | ["B"] | null | Acidic strength order is :<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lkeoit8x/8d94ec0c-f063-474b-a12d-1e541c56b41f/d0e2a010-28ec-11ee-8dcd-3152cee9aeb3/file-6y3zli1lkeoit8y.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lkeoit8x/8d94ec0c-f063-474b-a12d-1e541c56b41f/d0e2a010-28ec-11ee-8dcd-3152cee9aeb3/file-6y3zli1lkeoit8y.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh; vertical-align: baseline;" alt="JEE Main 2023 (Online) 6th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 24 English Explanation"> | mcq | jee-main-2023-online-6th-april-evening-shift | 149 |
lsaokiln | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Match <b>List - I</b> with <b>List - II</b>.
<br/><br/>
<style>
table {
border-collapse: collapse;
width: 100%;
}
th, td {
border: 1px solid black;
padding: 8px;
text-align: left;
}
th {
background-color: #0000FF;
color: white;
}
</style>
<table>
<tr>
<th>List I (Reactants)</th>
<th>List II (Product)</th>
</tr>
<tr>
<td>(A) Phenol, Zn/Δ</td>
<td>(I) Salicylaldehyde</td>
</tr>
<tr>
<td>(B) Phenol, CHCl<sub>3</sub>, NaOH, HCl</td>
<td>(II) Salicylic acid</td>
</tr>
<tr>
<td>(C) Phenol, CO<sub>2</sub>, NaOH, HCl</td>
<td>(III) Benzene</td>
</tr>
<tr>
<td>(D) Phenol, Conc. HNO<sub>3</sub></td>
<td>(IV) Picric acid</td>
</tr>
</table>
<br/>
Choose the correct answer from the options given below : | [{"identifier": "A", "content": "(A)-(IV), (B)-(I), (C)-(II), (D)-(III)"}, {"identifier": "B", "content": "(A)-(III), (B)-(I), (C)-(II), (D)-(IV)"}, {"identifier": "C", "content": "(A)-(IV), (B)-(II), (C)-(I), (D)-(III)"}, {"identifier": "D", "content": "(A)-(III), (B)-(IV), (C)-(I), (D)-(II)"}] | ["B"] | null | Let's analyze each reaction given in List I to identify the correct product from List II.
<p><b>(A) Phenol, Zn/Δ:</b> When phenol is reacted with zinc dust (Zn) upon heating (Δ), it undergoes a reduction reaction known as the Clemmensen reduction, which results in the removal of the oxygen from the hydroxyl group (-OH) attached to the benzene ring, thus forming benzene. Hence, (A) corresponds to (III) Benzene.</p>
<p><b>(B) Phenol, CHCl<sub>3</sub>, NaOH, HCl:</b> This reaction is known as the Reimer-Tiemann reaction. Phenol, when reacted with chloroform (CHCl<sub>3</sub>) in the presence of an aqueous base (NaOH), followed by acidification with HCl, forms salicylaldehyde. Therefore, (B) corresponds to (I) Salicylaldehyde.</p>
<p><b>(C) Phenol, CO<sub>2</sub>, NaOH, HCl:</b> This is the Kolbe-Schmitt reaction. In this reaction, phenol reacts with carbon dioxide (CO<sub>2</sub>) under pressure at high temperatures in the presence of sodium hydroxide (NaOH), followed by acidification with HCl, to yield salicylic acid. Thus, (C) corresponds to (II) Salicylic acid.</p>
<p><b>(D) Phenol, Conc. HNO<sub>3</sub>:</b> The nitration of phenol with concentrated nitric acid (HNO<sub>3</sub>) produces picric acid (2,4,6-trinitrophenol). So, (D) corresponds to (IV) Picric acid.</p>
Based on the above reactions, the correct matching would be:
<p>(A)-(III) Benzene<br/>
(B)-(I) Salicylaldehyde<br/>
(C)-(II) Salicylic acid<br/>
(D)-(IV) Picric acid</p>
Therefore, the correct answer is <b>Option B</b>:
(A)-(III), (B)-(I), (C)-(II), (D)-(IV). | mcq | jee-main-2024-online-1st-february-evening-shift | 150 |
jaoe38c1lsc5fpk2 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Given below are two statements :</p>
<p><b>Statement (I)</b> : p-nitrophenol is more acidic than m-nitrophenol and o-nitrophenol.</p>
<p><b>Statement (II)</b> : Ethanol will give immediate turbidity with Lucas reagent.</p>
<p>In the light of the above statements, choose the correct answer from the options given below :</p> | [{"identifier": "A", "content": "Statement I is true but Statement II is false\n"}, {"identifier": "B", "content": "Both Statement I and Statement II are true\n"}, {"identifier": "C", "content": "Both Statement I and Statement II are false\n"}, {"identifier": "D", "content": "Statement I is false but Statement II is true"}] | ["A"] | null | <p>Acidic strength</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lscvhwel/c18492a6-c8ec-4898-a9b6-1a943fe55270/4126cfd0-c650-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscvhwem.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lscvhwel/c18492a6-c8ec-4898-a9b6-1a943fe55270/4126cfd0-c650-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscvhwem.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 27th January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 20 English Explanation"></p>
<p>Ethanol give lucas test after long time</p>
<p>Statement (I) $$\rightarrow$$ correct</p>
<p>Statement (II) $$\rightarrow$$ incorrect</p> | mcq | jee-main-2024-online-27th-january-morning-shift | 151 |
jaoe38c1lsc5ixz2 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>The ascending order of acidity of $$-\mathrm{OH}$$ group in the following compounds is :</p>
<p><img src="data:image/png;base64,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"/><img src="data:image/png;base64,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"/></p>
<p>Choose the correct answer from the options given below:</p> | [{"identifier": "A", "content": "(A) < (D) < (C) < (B) < (E)"}, {"identifier": "B", "content": "(C) < (A) < (D) < (B) < (E)"}, {"identifier": "C", "content": "(C) < (D) < (B) < (A) < (E)"}, {"identifier": "D", "content": "(A) < (C) < (D) < (B) < (E)"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lscvkcev/b67ea1c9-d368-4239-81ab-4e423b1de0e6/8522ae70-c650-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscvkcew.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lscvkcev/b67ea1c9-d368-4239-81ab-4e423b1de0e6/8522ae70-c650-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscvkcew.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 27th January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 21 English Explanation"> | mcq | jee-main-2024-online-27th-january-morning-shift | 152 |
jaoe38c1lscrdfwx | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Phenolic group can be identified by a positive:</p> | [{"identifier": "A", "content": "Tollen's test\n"}, {"identifier": "B", "content": "Phthalein dye test\n"}, {"identifier": "C", "content": "Carbylamine test\n"}, {"identifier": "D", "content": "Lucas test"}] | ["B"] | null | <p>The correct answer for identifying the phenolic group is Option B, the Phthalein dye test.</p>
<p><strong>Option A: Tollen's test</strong> - This test is used to identify aldehydes. Aldehydes are oxidized to carboxylic acids by the Tollen's reagent (ammoniacal silver nitrate), and this reaction results in a characteristic silver mirror or a black precipitate of silver metal, which is not relevant to phenolic compounds.</p>
<p><strong>Option B: Phthalein dye test</strong> - The phenolic group can be identified using the phthalein dye test. In this test, phenols react with phthalic anhydride in the presence of a dehydrating agent, typically concentrated sulfuric acid, to form phthalein dyes. A common example of a phthalein dye that can be formed in this manner is phenolphthalein, which is synthesized using phenol and phthalic anhydride. These dyes exhibit color changes in different pH environments, which is a characteristic helpful in identifying phenolic compounds.</p>
<p><strong>Option C: Carbylamine test</strong> - The carbylamine test, also known as the isocyanide test, is specific to primary amines. In this reaction, primary amines are heated with chloroform and an alkali base, typically potassium hydroxide, to produce a foul-smelling isocyanide or carbylamine. Since phenolic compounds do not have an amine group, they will not give a positive carbylamine test.</p>
<p><strong>Option D: Lucas test</strong> - The Lucas test is used to classify alcohols of low molecular weight based on their reactivity with Lucas reagent, a solution of zinc chloride in concentrated hydrochloric acid. The test differentiates between primary, secondary, and tertiary alcohols. Phenols, which have an -OH group bonded to an aromatic ring, do not react in the same way as aliphatic alcohols in the Lucas test, and therefore, this test is not used to identify phenolic groups.</p>
<p>Thus, the test that is specifically used to identify a phenolic group is the Phthalein dye test.</p> | mcq | jee-main-2024-online-27th-january-evening-shift | 153 |
jaoe38c1lse7rplh | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Given below are two statements: One is labelled as Assertion A and the other is labelled as Reason R:</p>
<p>Assertion A: $$\mathrm{pK}_{\mathrm{a}}$$ value of phenol is 10.0 while that of ethanol is 15.9 .</p>
<p>Reason R: Ethanol is stronger acid than phenol.</p>
<p>In the light of the above statements, choose the correct answer from the options given below:</p> | [{"identifier": "A", "content": "A is false but R is true.\n"}, {"identifier": "B", "content": "Both $$A$$ and $$R$$ are true but $$R$$ is NOT the correct explanation of $$A$$.\n"}, {"identifier": "C", "content": "Both $$\\mathrm{A}$$ and $$\\mathrm{R}$$ are true and $$\\mathrm{R}$$ is the correct explanation of $$\\mathrm{A}$$.\n"}, {"identifier": "D", "content": "$$A$$ is true but $$R$$ is false."}] | ["D"] | null | <p>Phenol is more acidic than ethanol because conjugate base of phenoxide is more stable than ethoxide.</p> | mcq | jee-main-2024-online-31st-january-morning-shift | 154 |
jaoe38c1lsfpbasr | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Phenol treated with chloroform in presence of sodium hydroxide, which further hydrolyzed in presence of an acid results</p> | [{"identifier": "A", "content": "Salicylic acid\n"}, {"identifier": "B", "content": "Benzene-1,2-diol\n"}, {"identifier": "C", "content": "2-Hydroxybenzaldehyde\n"}, {"identifier": "D", "content": "Benzene-1,3-diol"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsr89yit/829a398b-2fcf-4037-af67-14d230721fc6/3415b350-ce35-11ee-9412-cd4f9c6f2c40/file-6y3zli1lsr89yiu.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lsr89yit/829a398b-2fcf-4037-af67-14d230721fc6/3415b350-ce35-11ee-9412-cd4f9c6f2c40/file-6y3zli1lsr89yiu.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 29th January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 12 English Explanation"></p>
<p>It is Reimer Tiemann Reaction</p> | mcq | jee-main-2024-online-29th-january-evening-shift | 155 |
jaoe38c1lsfpdgky | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Match List I with List II</p>
<p><style type="text/css">
.tg {border-collapse:collapse;border-spacing:0;}
.tg td{border-color:black;border-style:solid;border-width:1px;font-family:Arial, sans-serif;font-size:14px;
overflow:hidden;padding:10px 5px;word-break:normal;}
.tg th{border-color:black;border-style:solid;border-width:1px;font-family:Arial, sans-serif;font-size:14px;
font-weight:normal;overflow:hidden;padding:10px 5px;word-break:normal;}
.tg .tg-c3ow{border-color:inherit;text-align:center;vertical-align:top}
.tg .tg-7btt{border-color:inherit;font-weight:bold;text-align:center;vertical-align:top}
.tg .tg-0pky{border-color:inherit;text-align:left;vertical-align:top}
</style>
<table class="tg" style="undefined;table-layout: fixed; width: 523px">
<colgroup>
<col style="width: 70px"/>
<col style="width: 184px"/>
<col style="width: 94px"/>
<col style="width: 175px"/>
</colgroup>
<thead>
<tr>
<th class="tg-7btt"></th>
<th class="tg-7btt">List - I<br/>(Compound)</th>
<th class="tg-7btt"></th>
<th class="tg-7btt">List - II<br/>($$\mathrm{pK_a}$$ value)</th>
</tr>
</thead>
<tbody>
<tr>
<td class="tg-c3ow">(A)</td>
<td class="tg-0pky">Ethanol</td>
<td class="tg-c3ow">(I)</td>
<td class="tg-0pky">10.0</td>
</tr>
<tr>
<td class="tg-c3ow">(B)</td>
<td class="tg-0pky">Phenol</td>
<td class="tg-c3ow">(II)</td>
<td class="tg-0pky">15.9</td>
</tr>
<tr>
<td class="tg-c3ow">(C)</td>
<td class="tg-0pky">m-Nitrophenol</td>
<td class="tg-c3ow">(III)</td>
<td class="tg-0pky">7.1</td>
</tr>
<tr>
<td class="tg-c3ow">(D)</td>
<td class="tg-0pky">p-Nitrophenol</td>
<td class="tg-c3ow">(IV)</td>
<td class="tg-0pky">8.3</td>
</tr>
</tbody>
</table></p>
<p>Choose the correct answer from the options given below:</p> | [{"identifier": "A", "content": "A-I, B-II, C-III, D-IV\n"}, {"identifier": "B", "content": "A-IV, B-I, C-II, D-III\n"}, {"identifier": "C", "content": "A-II, B-I, C-IV, D-III\n"}, {"identifier": "D", "content": "A-III, B-IV, C-I, D-II"}] | ["C"] | null | <p>$$\begin{aligned}
& \text { Ethanol } \rightarrow 15.9 \\
& \text { Phenol } \rightarrow 10 \\
& \text { M-Nitrophenol } \rightarrow 8.3 \\
& \text { P-Nitrophenol } \rightarrow 7.1
\end{aligned}$$</p> | mcq | jee-main-2024-online-29th-january-evening-shift | 156 |
lv3xmax0 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Which one the following compounds will readily react with dilute $$\mathrm{NaOH}$$ ?</p> | [{"identifier": "A", "content": "$$\\mathrm{C}_6 \\mathrm{H}_5 \\mathrm{CH}_2 \\mathrm{OH}$$\n"}, {"identifier": "B", "content": "$$\\mathrm{C}_2 \\mathrm{H}_5 \\mathrm{OH}$$\n"}, {"identifier": "C", "content": "$$\\mathrm{C}_6 \\mathrm{H}_5 \\mathrm{OH}$$\n"}, {"identifier": "D", "content": "$$\\left(\\mathrm{CH}_3\\right)_3 \\mathrm{COH}$$"}] | ["C"] | null | <p>To determine which of the given compounds will readily react with dilute $$\mathrm{NaOH}$$, we need to understand the chemical reactivity of these compounds towards bases like sodium hydroxide ($$\mathrm{NaOH}$$).</p>
<p>Here's a brief overview of each compound's reactivity towards $$\mathrm{NaOH}$$:</p>
<ul>
<li><strong>Option A: $$\mathrm{C}_6 \mathrm{H}_5 \mathrm{CH}_2 \mathrm{OH}$$ (Benzyl Alcohol)</strong>
<p>The presence of a benzyl group (a phenyl group attached to a CH<sub>2</sub> group) adjacent to the hydroxyl group can somewhat increase the acidity of the hydroxyl hydrogen. However, benzyl alcohol is still not significantly acidic to react vigorously with a weak base like dilute $$\mathrm{NaOH}$$. Nonetheless, under certain conditions, it might undergo reactions, but not as readily as an acidic hydrogen-containing compound would.</p>
</li>
<br/><li><strong>Option B: $$\mathrm{C}_2 \mathrm{H}_5 \mathrm{OH}$$ (Ethanol)</strong>
<p>Ethanol is a simple alcohol with no acidic hydrogen atoms that would react with $$\mathrm{NaOH}$$. The hydroxyl group in ethanol is not sufficiently acidic to deprotonate in the presence of a base like $$\mathrm{NaOH}$$, making it unreactive in this context.</p>
</li>
<br/><li><strong>Option C: $$\mathrm{C}_6 \mathrm{H}_5 \mathrm{OH}$$ (Phenol)</strong>
<p>Phenol contains a hydroxyl group directly attached to an aromatic ring. This structural feature significantly increases the acidity of the hydroxyl hydrogen compared to alcohols. The reason behind this is the stabilization of the phenoxide ion (the conjugate base) through resonance within the aromatic ring. As a result, phenol can react with a weak base like $$\mathrm{NaOH}$$ to form sodium phenoxide and water.
$$\mathrm{C}_6 \mathrm{H}_5 \mathrm{OH} + \mathrm{NaOH} \rightarrow \mathrm{C}_6 \mathrm{H}_5 \mathrm{O}^- \mathrm{Na}^+ + \mathrm{H}_2\mathrm{O}$$</p>
</li>
<br/><li><strong>Option D: $$\left(\mathrm{CH}_3\right)_3 \mathrm{COH}$$ (tert-Butyl Alcohol)</strong>
<p>tert-Butyl alcohol, being a tertiary alcohol, does not have a hydrogen atom on the carbon bearing the hydroxyl group that is acidic enough to react with $$\mathrm{NaOH}$$. Tertiary alcohols, in general, are resistant to deprotonation because of the steric hindrance around the hydroxyl group and the lack of an easily removable hydrogen atom connected to the carbon with the -OH group.</p>
</li>
</ul>
<p>Given the choices, the correct answer is <strong>Option C: $$\mathrm{C}_6 \mathrm{H}_5 \mathrm{OH}$$ (Phenol)</strong>, as it will readily react with dilute $$\mathrm{NaOH}$$ due to the increased acidity of its hydroxyl group caused by the resonance stability of the phenoxide ion formed in the reaction.</p> | mcq | jee-main-2024-online-8th-april-evening-shift | 158 |
lv5gt4qp | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Identify the major products A and B respectively in the following set of reactions.</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv5br7ti/2a8d2bf8-332c-43aa-8080-c2699412f37c/37424f60-fd8e-11ee-8734-99d466581eee/file-1lv5br7tj.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv5br7ti/2a8d2bf8-332c-43aa-8080-c2699412f37c/37424f60-fd8e-11ee-8734-99d466581eee/file-1lv5br7tj.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 8th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 8 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv5bs6wr/a0028013-d2bc-41b8-91dd-066789d36417/525d8cb0-fd8e-11ee-8734-99d466581eee/file-1lv5bs6ws.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv5bs6wr/a0028013-d2bc-41b8-91dd-066789d36417/525d8cb0-fd8e-11ee-8734-99d466581eee/file-1lv5bs6ws.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 8th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 8 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv5brmdn/3bafe476-9a62-439e-a791-c8e60b824f6e/4281a4c0-fd8e-11ee-8734-99d466581eee/file-1lv5brmdo.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv5brmdn/3bafe476-9a62-439e-a791-c8e60b824f6e/4281a4c0-fd8e-11ee-8734-99d466581eee/file-1lv5brmdo.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 8th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 8 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv5bspiq/ebeef002-1890-4f45-98db-06f0f5fb4fd2/60bdd120-fd8e-11ee-8734-99d466581eee/file-1lv5bspir.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv5bspiq/ebeef002-1890-4f45-98db-06f0f5fb4fd2/60bdd120-fd8e-11ee-8734-99d466581eee/file-1lv5bspir.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 8th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 8 English Option 4\">"}] | ["B"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/jaoe38c1lw9342ot/ed4f75fc-4160-4980-bf1e-6a0e613e8b3d/c4a0ddc0-136b-11ef-ac66-753153db1bf0/file-jaoe38c1lw9342ou.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/jaoe38c1lw9342ot/ed4f75fc-4160-4980-bf1e-6a0e613e8b3d/c4a0ddc0-136b-11ef-ac66-753153db1bf0/file-jaoe38c1lw9342ou.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 8th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 8 English Explanation"></p> | mcq | jee-main-2024-online-8th-april-morning-shift | 159 |
lv7v49oe | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Given below are two statement :</p>
<p>Statements I : Bromination of phenol in solvent with low polarity such as $$\mathrm{CHCl}_3$$ or $$\mathrm{CS}_2$$ requires Lewis acid catalyst.</p>
<p>Statements II : The Lewis acid catalyst polarises the bromine to generate $$\mathrm{Br}^{+}$$.</p>
<p>In the light of the above statements, choose the correct answer from the options given below :</p> | [{"identifier": "A", "content": "Statement I is true but Statement II is false\n"}, {"identifier": "B", "content": "Both Statement I and Statement II are true\n"}, {"identifier": "C", "content": "Statement I is false but Statement II is true\n"}, {"identifier": "D", "content": "Both Statement I and Statement II are false"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwh406iv/b9dd55b3-5a0a-4b8f-a750-e58204382e8f/86ade170-17d5-11ef-a722-71ab49de2419/file-1lwh406iw.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwh406iv/b9dd55b3-5a0a-4b8f-a750-e58204382e8f/86ade170-17d5-11ef-a722-71ab49de2419/file-1lwh406iw.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 5th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 7 English Explanation"></p>
<p>Presence of Lewis acid promotes the reaction due
to ease in formation of electrophile.</p> | mcq | jee-main-2024-online-5th-april-morning-shift | 160 |
lvb2acuc | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>The major products formed :</p>
<p><img src="data:image/png;base64,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"/></p>
<p>A and B respectively are :</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvb0vqnl/fa52a9a4-24fd-4d8d-bccc-77c03b69c1e4/64858210-00b0-11ef-be3f-17279d79e67d/file-1lvb0vqnm.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvb0vqnl/fa52a9a4-24fd-4d8d-bccc-77c03b69c1e4/64858210-00b0-11ef-be3f-17279d79e67d/file-1lvb0vqnm.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 2 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvb0w4pv/91a03031-2336-427f-b542-1b880ce76343/6f629330-00b0-11ef-be3f-17279d79e67d/file-1lvb0w4pw.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvb0w4pv/91a03031-2336-427f-b542-1b880ce76343/6f629330-00b0-11ef-be3f-17279d79e67d/file-1lvb0w4pw.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 2 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvb0wiuk/0adc2ae3-feb7-4668-8463-38baf7c98f84/7a4ceac0-00b0-11ef-be3f-17279d79e67d/file-1lvb0wiul.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvb0wiuk/0adc2ae3-feb7-4668-8463-38baf7c98f84/7a4ceac0-00b0-11ef-be3f-17279d79e67d/file-1lvb0wiul.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 2 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvb0wv8l/c3319b75-f1db-428f-b538-7dc8565abcba/83df0550-00b0-11ef-be3f-17279d79e67d/file-1lvb0wv8m.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvb0wv8l/c3319b75-f1db-428f-b538-7dc8565abcba/83df0550-00b0-11ef-be3f-17279d79e67d/file-1lvb0wv8m.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 2 English Option 4\">"}] | ["A"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwbk6pkz/aa645809-4cd2-412b-8840-8f0222b425bd/1a6d2530-14c8-11ef-a0f4-45babcaa12d2/file-1lwbk6pl0.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwbk6pkz/aa645809-4cd2-412b-8840-8f0222b425bd/1a6d2530-14c8-11ef-a0f4-45babcaa12d2/file-1lwbk6pl0.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 6th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 2 English Explanation"></p>
<p>Methoxy group is o-, p-directing. Nitration of methoxy benzene will produce p-isomer as the major product due to steric crowding in o-isomers. Bromination of p-nitroanisole (A) with excess of $$\mathrm{Br}_2$$ will result in disubstitution to give 2, 5-dibromo-4-nitroanisole.
(B) as the major product.</p> | mcq | jee-main-2024-online-6th-april-evening-shift | 161 |
lvc58ein | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>In Reimer - Tiemann reaction, phenol is converted into salicylaldehyde through an intermediate. The structure of intermediate is __________.</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvc3cd9x/8d7dd78d-e45d-419f-8ff1-0079418724de/cdd96650-0146-11ef-9994-d5a6f8729fd1/file-1lvc3cd9y.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvc3cd9x/8d7dd78d-e45d-419f-8ff1-0079418724de/cdd96650-0146-11ef-9994-d5a6f8729fd1/file-1lvc3cd9y.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 1 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvc3cqmk/b2867751-3adc-42d6-ba3e-43109f0fe022/d829a0c0-0146-11ef-9994-d5a6f8729fd1/file-1lvc3cqml.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvc3cqmk/b2867751-3adc-42d6-ba3e-43109f0fe022/d829a0c0-0146-11ef-9994-d5a6f8729fd1/file-1lvc3cqml.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 1 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvc3d5ho/53c8b86b-2d44-42bc-b4a5-2c0341936820/e3a514c0-0146-11ef-9994-d5a6f8729fd1/file-1lvc3d5hp.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvc3d5ho/53c8b86b-2d44-42bc-b4a5-2c0341936820/e3a514c0-0146-11ef-9994-d5a6f8729fd1/file-1lvc3d5hp.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 1 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvc3djbt/aab70930-15dd-4913-90cc-728403e29cf9/ee557090-0146-11ef-9994-d5a6f8729fd1/file-1lvc3djbu.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvc3djbt/aab70930-15dd-4913-90cc-728403e29cf9/ee557090-0146-11ef-9994-d5a6f8729fd1/file-1lvc3djbu.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 1 English Option 4\">"}] | ["B"] | null | <p>Carbene is intermediate.</p>
<p>Intermediate given in option (1) is produced.</p> | mcq | jee-main-2024-online-6th-april-morning-shift | 162 |
0Bv6DPFm7zDrQND5 | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | Which one of the following reduced with zinc and hydrochloric acid to give the corresponding
hydrocarbon? | [{"identifier": "A", "content": "Ethyl acetate "}, {"identifier": "B", "content": "Butan -2-one "}, {"identifier": "C", "content": "Acetamide"}, {"identifier": "D", "content": "Acetic acid"}] | ["B"] | null | It is Clemmensen's reduction
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266896/exam_images/w4yhnonqs8tqz4kzfp5x.webp" loading="lazy" alt="AIEEE 2004 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 218 English Explanation"> | mcq | aieee-2004 | 163 |
oEYSqKy4Jhv50vE1 | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | Trichloroacetaldehyde was subjected to Cannizzaro’s reaction by using NaOH. The mixture of the
products contains sodium trichloroacetate and another compound. The other compound is : | [{"identifier": "A", "content": "Trichloromethanol"}, {"identifier": "B", "content": "2, 2, 2-Trichloropropanol"}, {"identifier": "C", "content": "Chloroform"}, {"identifier": "D", "content": "2, 2, 2-Trichloroethanol "}] | ["D"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266767/exam_images/xh8z0zfgsrsjevggitdg.webp" loading="lazy" alt="AIEEE 2011 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 211 English Explanation">
<br>In Cannizzaro's reaction the compounds which do not contain $$\alpha $$-hydrogen atoms undergo oxidation and reduction simultaneously i.e. undergo disproportionation and form one molecule of sodium salt of carboxylic acid as oxidation product and one molecule of alcohol as reduction product. | mcq | aieee-2011 | 164 |
Fi0DDJ7KsShAXcyi | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | In the given transformation, which of the following is the most appropriate reagent ?
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "$$N{H_2}N{H_2},\\mathop {OH}\\limits^\\Theta $$ "}, {"identifier": "B", "content": "$$Zn - Hg/HCl$$ "}, {"identifier": "C", "content": "$$Na,Liq\\,N{H_3}$$ "}, {"identifier": "D", "content": "$$NaB{H_4}$$ "}] | ["A"] | null | Aldehydes and ketones can be reduced to hydrocarbons by the action $$(i)$$ of amalgamated zinc and concentrated hydrochloric acid (Clemmensen reduction), or $$(b)$$ of hydrazine $$\left( {N{H_2}N{H_2}} \right)$$ and a strong base like $$NaOH,KOH$$ or potassium <i>tert</i>-butoxide in a high-boiling alcohol like ethylene glycol or triethylene glycol (Wolf-Kishner reduction )
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264377/exam_images/sy5tefgdlenppn79v47r.webp" loading="lazy" alt="AIEEE 2012 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 197 English Explanation">
<br><br>$$-OH$$ group and alkene are acid - sensitive groups so clemmensen reduction can not be used. Acid sensitive substrate should be reacted in the Wolf-Kishner reduction which utilise strongly basic conditions. | mcq | aieee-2012 | 165 |
9le3XOQNjIh8kCPi | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The correct sequence of reagents for the following conversion will be :<br/><br/>
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "CH<sub>3</sub>MgBr, H<sup>+</sup>/ CH<sub>3</sub>OH, [Ag(NH<sub>3</sub>)<sub>2</sub>]<sup>+</sup>OH<sup>-</sup>"}, {"identifier": "B", "content": "[Ag(NH<sub>3</sub>)<sub>2</sub>]<sup>+</sup>OH<sup>-</sup>, CH<sub>3</sub>MgBr, H<sup>+</sup>/ CH<sub>3</sub>OH"}, {"identifier": "C", "content": "[Ag(NH<sub>3</sub>)<sub>2</sub>]<sup>+</sup>OH<sup>-</sup>, H<sup>+</sup>/ CH<sub>3</sub>OH, CH<sub>3</sub>MgBr"}, {"identifier": "D", "content": "CH<sub>3</sub>MgBr, [Ag(NH<sub>3</sub>)<sub>2</sub>]<sup>+</sup>OH<sup>-</sup>, H<sup>+</sup>/ CH<sub>3</sub>OH"}] | ["C"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267267/exam_images/dmhcrw9j0stw4h6qhgri.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2017 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 205 English Explanation"> | mcq | jee-main-2017-offline | 167 |
wXFmZPileFUb1OZcWIBOq | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The main reduction product of the following compound with NaBH<sub>4</sub> in methanol is :
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7u8bx9i/59bd5048-d7b9-41dc-8aad-33970f28a26c/39b8dc60-301b-11ed-ab58-4f43f7f8c851/file-1l7u8bx9j.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7u8bx9i/59bd5048-d7b9-41dc-8aad-33970f28a26c/39b8dc60-301b-11ed-ab58-4f43f7f8c851/file-1l7u8bx9j.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 15th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 195 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7u8biuj/a6db2d84-7b8d-4331-a4b4-46db8948c440/2e960fb0-301b-11ed-ab58-4f43f7f8c851/file-1l7u8biuk.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7u8biuj/a6db2d84-7b8d-4331-a4b4-46db8948c440/2e960fb0-301b-11ed-ab58-4f43f7f8c851/file-1l7u8biuk.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 15th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 195 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7u8akph/aff31b3c-524b-4ba3-a65b-fbf93c3d6241/1436a850-301b-11ed-ab58-4f43f7f8c851/file-1l7u8akpi.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7u8akph/aff31b3c-524b-4ba3-a65b-fbf93c3d6241/1436a850-301b-11ed-ab58-4f43f7f8c851/file-1l7u8akpi.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 15th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 195 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7u8978k/b17ef720-9fd0-4372-8b36-6b09adccc72e/edfff150-301a-11ed-ab58-4f43f7f8c851/file-1l7u8978l.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7u8978k/b17ef720-9fd0-4372-8b36-6b09adccc72e/edfff150-301a-11ed-ab58-4f43f7f8c851/file-1l7u8978l.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 15th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 195 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7u8ceys/7310732d-4a65-4712-824f-0cc72550d722/47658840-301b-11ed-ab58-4f43f7f8c851/file-1l7u8ceyt.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7u8ceys/7310732d-4a65-4712-824f-0cc72550d722/47658840-301b-11ed-ab58-4f43f7f8c851/file-1l7u8ceyt.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2018 (Online) 15th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 195 English Explanation"><br>Sodium borohydride reduces ketonic group to alcohol but not the amide group and C = C double bond. | mcq | jee-main-2018-online-15th-april-morning-slot | 168 |
JzeGitS10Az7yfY7qu8Zk | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The major product formed in the following reaction is :
<br/><img src="data:image/png;base64,UklGRkYMAABXRUJQVlA4IDoMAABwiACdASoAA/wAP4G+2GM2MKymJNI5osAwCWlu2QNz0KdiN+fD597V8iOzu7WZeAPFh2/x//73/I0N///////5Ovgf840jV7p07XPKS9/bhfNNemjNS0uvKowsA8lPN6YzW3vpu5XA3Q67u7u7u7u7u7u7u7uzoYl55eeXninUts2PNR0xyfeDVn4+MtWPZmKQWnAcvqfWv85lfmvKynuJW00Uir+sS/WnUFswYCQIrovZbKDJWQ7XznVKs4Wo0RroKvUvPMLALzy88vPLz39K3PA1GRlINo5AfaV51QftOoLZgxLrCpbFs7MAHSlYcejxV/LNVikgJeep3iXnl55eeYiMqzMzMkOs9adQNaqEaT69ZnZZm4Zkwnaq2AS89TvEvPLzy88xEIsiIfCND//weRIa0DMPFmJeeQUK9D5ENidPNfsp4qS6oYw4LTTkNYKt8re+VEDsQc0lZAUIjl5Q+9ad4wSP7PXO8uazWq/cBhlUEDEliSy3h0o6UGa/2MDTqC2YMS88p7zE2ME27+yA38Z4DI25KwwBt55qILUuRIcBPdiIrP+EMs0mtLebkZSEniYWAXnl55eeP8Djv/+82v//DBR+WR7bS41TQDSuvrHrGw6pHWm6kehLrnCbuoc0Uvj99LueDm3gIsMYqNMeehzE3hzpRUAiPYWv3nrprVL25j7je5QywHKi32WgM/6fUFswYkG2kS3zUohd8/GB4DyuOy2fR1L5X1p1BUZXwOvXHqo5fTRDfNIxH/yc9iBDWaqdGCAJ5xkkomIldWwOIvoAs5b0GDoMVpcpLbBVeDEwmgteD6DQIx94STrI/VxwC6pUhcdSTqC2YMDLInJU6R3Dq6NIg1PZdccR0Os9XUolsEsN510032PwW83IykHndXH+p2penZh9JOoLZgwpmIGAtkSLr00IYAdzJveKBk4iXnVKvuEFMWLR1wzLxjw2NVpocnxxWRets01o04VvFUn5bmiF9WWzBiXnj/kf4eSPbh1m8GkQ+qAgs8mrsfClGsgkODjNY75v9mjf/yg3BC8zMzEhDhq9uqdPIEywc6cNgVMeCcR5qMFQSCJB9PjKNp1CLO9hTjWDBtQMi/jcC+QUympuT50qXPLr/KHnZXbQ4MpNwWzeeoKJUi4wzK8RKDwfwy/hfNgJmZmZkiA3Df0eJ2nUIxJUH6CXNn0+CdQXI6mlAGW2lo3jhLamtcPcDBMP1hY1vaoKqIpcs7dWRn4xhjW9ZAiOUlU0dadQWzBiXnl55eeYWIJKUzALElFdO1udFwLzoRTbrslS7sfg24Q/elIfo5NL02BCVqCWyePreXUmOleRVmDEvPLzy88vPLzy9MNLzYAgQmqBDLbup7ph9ekvrUOKNGxIPRm2rSlkCbjQQBACnEswYl55eeXnl55eeXphpeeYZGniYWAXnCXH5JVPQXaLVWrHDXbTqC2YMS88vPLzy88QAAD++joFXHOWo0S3H+G6BVguq43dNIdye1/49dcUHUVIvP55CgpGmWW5oZ0gSWVMuqulazh2XiYasweJHiYOJcqNcjtqv3f9Qw/HcrXVMkZp1r+cVGP72aPQSIAAFiDsLghQ2CMnVBX8zLjfEq5nnBM3Z5Jyz6z7nUcnOpm33L/R/XNdJWlVqmiWMxVx5pX8ftJRlFX8xPMcuz77nydXutuhLflP6914V6Q3Slc1SzqP/Bcd+cOI+lj34arSWmA3tJBljjqL+f6jfF/R+5JMAL6ZEzoFdITYyFp/AvQskT46YInPVztq1litbjtbCBlYe1APZVmbfXD/Fu3Wf/CV/wr2suZhvvNHMsHdSyHVJqFfHN2pXV6wZNk1J9OgAG9rnSRyfrrMuINF3u31nM2xkw4K/XPx4dgKFguTl6bsXEa1On7C4fyJVWX+QdzMJ0Ajo8F8QrykIEAAFanA6pyDLdw6ZJ8pRygflByv5X+Sf3efT9lP8zbDduvRbeg3Fa2Ss1CaoRNgI5+QtEZnhheXa28nwACP77FJ5ZZfXHovFkxT6gwur85w5ngj6DwDB1Olh54DaHoHJ0W0y4A/kZKQc6BRxS2DqDBCK+i9RBIsVhCK9HRU4/6y1fIfG9qrj60JpgBK9smILrlT6apitip4lyuFD8kPFPCB6ZHA4/BQ61gojHQiO2bUHZ3ZmFbfiHHmTlcqkMfekljUPelkW2wSXyoLt2f2lBW+Wh1AobtQAe60ObTRusNC6F6UKKKMsOp/+z/RfII2paV0flBbhSG4k6pjg+4rbo8OfJksxFl5A4EC7qOWgubnhKrDT8nfbpoYB2cDo1nqgG6rOPkHkSMcqSe7WoOZBUwgeIAwoevRHYDqgYsmbcNtbsbkPUwWQfRfIlpyHh0iEPousMKQkRXaOQPL2OM43+XE/WU7e7k5BoaYodjgobdi1lgZgQBRoEPnjQbVRpYRJnB15EOL+uu2mt6yxm5jui3eXmja4YMLcCJZyvDUuIVstuz4a0OASf07wu1AazABAgRlwf1wIfDI0acAncErIf2o/nkUoddE1vLcAlUWWfI5EDEjnArSRTFIGfOOOkXs8hGZFr+JpD5YIXeFIILEjzc3vQXfXrhKLHt8FKDijhaH50LUDfb1GjgSWDSnlNYphxZTifJ1jWiCUt3wK4VpKXLm8lmgaEDkpcbhVeicjCOSicsLRmn/m1YR5tnUKpJWV2eCpAH19fB0T8w4ix/Nbp1IepgAzyfwGZNskhy1/dcOiT/4QBMVT3cAZsZYMZFGXdk0gtZW4/siR1LEvJ2fu/jXBPkatT2o++CEeTv5csjmicMnrFF1pYIphaKvXvX2uYWYJPHkTbs9Ssy9sV7G7FwwzC4nptsQmjDswpF86WBJ+BOqsj9Qh04l6hSbDppKA/owPYcIL5rSCX89EsUiGmn12k8Tztz+hmR9UH4DfxPttGEm+d8lFLQcSSmFrZ5NRKAUtjcTBR+9x2Iz+n8Y+MstoJLybUuw/hOUueZIbvJ683mDbbAsM9nII9S11ahVQYS8dU7T0Nq5fiKcs4m1+Df0yxTKlzZPXNA2GOch9Fjq5OVrQd3yUZT/IhXi2SGJzpHG1qtSzleGfqMxTPnbkQ2ilkVU1JEYMk2RqJr02LiXiiI0e8Uhn7bzCov02Z0DZZfXQzEUP8vL5G4pi5nNcMRW9l6aX+IKZNkQewo4Ce4HqQbEGS+ka7/xtp9K87rQurXsEuzmeXoyO24qAwFdMiVjtgndtOvo8LHyNFVCMoJX/7bueL+kel2uNyywVEJwpyeLYoV55PZonmAKSsTzUYig8Mh6mnLLzq4/cGeRDC84y4QQ4oapRfmO0oxxws/qKhLR4625rFAOGuzFV/gLIZ0XTW/I+RQgzuqzILB5f+vL2jVMjIlq4B0t3Nrspp3QieGkuqdCqkbNvAap7U3UekwDO2XSittM7ymNVRY8gY+0o7Mbck21CxKa3p99iUD6FDJCFL5UDdCqx3ejJmmJngDm0UUESNklNUZaFlXUZVuyIm/wMmpZbqQOmkKZGrRbF3bAQSCF3DHuwHCQai6ldAK6NzDeOVG8UtcLS4KwNj9p9ynikxEt3pkhL/tI1hE3kD+hHcliic3x/XI/5csaTM+ADBNYh4vIaUn2/BCyG9tCflaZKzbF4Oc7Zt/CiSVrzDGOlvDLu00cE4XswhdD2OO/kAqp2XlN1MBzeriOtELv2q1a2LZlFxTIyuslp59UdfBE5FGq6OUmZwXXrHVAxYxIvCt0vXfULc6/KhG1AJd7IqxjqqKxjWREMykI5ciUbKX0YKZZd3u8ux8DrZfuQEuUV/ssFQlXTXFt0UfMsl3SoAyiI3VO01vXzd8itxqrOevFBX/SB1EjNBF+14kEG4DJCcyR4V7Kn1nxULhy12u9VgAAgXQS1A5GcbVHMXiT5BmcbzRqiQhM+Lbp3AscXiKFYJrM46nFU5/wScnQ6+BnJjGyUZqAFM2tfHACgAyDCz0UZAiXN1xr8l3KxjTnoTYEkF2r2zhjRU5eFtoe6McVr2QV2rcHHRY4/K4wTZgAAMqmRzA1Tsh8uvaAbTlY24/wCT6m/rHlU0O0A1ZDtsjEzLRChEupactCzELZOI211gIFJozs+NVXKvicrsIAAAAQ+y1IPNCms2jU7Zr04SeDaTCMWJ2BixUUDAtcUcncV0ZZDVAAAAAA"/> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7x0ttn8/6ecd0ff7-7e8d-4a5f-9e98-91544e37816a/3c680140-31a4-11ed-b3ea-45214d807530/file-1l7x0ttn9.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7x0ttn8/6ecd0ff7-7e8d-4a5f-9e98-91544e37816a/3c680140-31a4-11ed-b3ea-45214d807530/file-1l7x0ttn9.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 15th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 192 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7x0tcbl/79f81624-39a0-40fd-b0e5-16bcfae25bfa/2f064110-31a4-11ed-b3ea-45214d807530/file-1l7x0tcbm.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7x0tcbl/79f81624-39a0-40fd-b0e5-16bcfae25bfa/2f064110-31a4-11ed-b3ea-45214d807530/file-1l7x0tcbm.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 15th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 192 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7x0sqa1/882e64a1-a845-4a84-b28b-ee9bcab30fe7/1dff46a0-31a4-11ed-b3ea-45214d807530/file-1l7x0sqa2.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7x0sqa1/882e64a1-a845-4a84-b28b-ee9bcab30fe7/1dff46a0-31a4-11ed-b3ea-45214d807530/file-1l7x0sqa2.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 15th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 192 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7x0s9sj/febecae9-0eda-40b1-803f-0f50b23dcef1/1142ee30-31a4-11ed-b3ea-45214d807530/file-1l7x0s9sk.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7x0s9sj/febecae9-0eda-40b1-803f-0f50b23dcef1/1142ee30-31a4-11ed-b3ea-45214d807530/file-1l7x0s9sk.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 15th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 192 English Option 4\">"}] | ["A"] | null | Pyridinium chlorochromate oxidizes primary alchohols to aldehydes and secondary alcohol to ketone.
<br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7x0rtpe/e9f18f3d-815b-4d09-97af-4a23a9c103b4/04d5c730-31a4-11ed-b3ea-45214d807530/file-1l7x0rtpf.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7x0rtpe/e9f18f3d-815b-4d09-97af-4a23a9c103b4/04d5c730-31a4-11ed-b3ea-45214d807530/file-1l7x0rtpf.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2018 (Online) 15th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 192 English Explanation"> | mcq | jee-main-2018-online-15th-april-evening-slot | 169 |
nloFDKC2WEfANEZUek76g | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | In the following reaction
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265204/exam_images/dzeacqo3al3sl70dxxrw.webp"/><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266369/exam_images/ai8snqssrvnujwsxa63p.webp"/><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263486/exam_images/xc2bv8o6ssyqybqy3jvx.webp"/><img src="data:image/png;base64,UklGRswSAABXRUJQVlA4IMASAADwXwCdASoAA4YAPm02l0kkIqKhIjT5aIANiWlu/ChoBS+YpUNoPP+pn9Y7XP7J+OX7g+t/4v87/bfyb/uf/k98HOHad/JftJ93/tX7e/m996P4j/SeJPv1/pvlm+wL8c/ln99/Lr+8cOhq37QeoF6xfTP9Z/f/Gs/p/RH7Af6P3AP5L/RP8z/ZP3i/uvy73/f37/newF/Qv7R/4f9J7sn9d/5f8//o/3S9tf6L/mv/P/m/gN/m39u/5H5yf3354vZB+8/spir4wxSQYpIMUkGKSDFJBikgxSQYpIMUkGKSDFJBikgxSQYpIMUkGKSDFJBikgxSQYpIMUkGKSDFJBikgxSQWQNqudL3GDju54VN3S3oqXw8BGaAyfrZjeOngfAtJqSyQc8CrI3ZkeMtY5kW3GTG/3FfSbhxylJhvNBrazdq35yM6dV3eH2wmt3ebZAlxHk9kvIBjbVCr1ZlAmdvHGo4qZgHjT01Ek9y0BiDVsSaToxSX6PqgYzPOtXWoCvU/aS5EpRjFKcrwmqGHtjKIAn2sUp0J0B7Cmhb0HS27TzRVTzCPXAPwMIUAm8BT28vO6GW2dCJ0JkpIiiUjQOZRRlVxnMYHuXgkU9QuSA7Dq23sXkB++meoeYwnpUG2rja8TsEzX0kAkpcSFMWFm8pbmL3MnhHmHp3I/a/VtZVwmXuVarrBajPb9bSDl7pKpX/GGmP48YwP7k4rwtuf4oaeo0Idar4xkHYyhDItYp8m83Gy89RrAWyM7yzLFAALj6jWj6MyGjqE9zcJRfaSCgJJdLnD/K+wQlf478qgPYtbvEYJZ/xQUDyt87bPXa2+jLq/K85KSThfOe+pcdUoJhhAale1+eQRbqh37QCg2gy09Gant9Z4VodkSG/D5+sgxnorV1OfznAIbL5h+ygzuPxn7fDu7g4SikraQx3V3g498p/ZUzOyDFJBikgxSQYpIMUkGKSDFJBikgyFDFJBikgxSQYpIMUkGKSDFJBikgxSQeHU8HHeDjvBx3g47wcd4OO8HHeDjvA8AD+/4eUAAAADKL9ccigTP1kccAP3Gf2rN6Xj+ataCwVb0763Z2bOz/wjnpwnZYzt1hcaeSmObFE/o9SLC/nlUyZ13T3Cv3Nz1yTWjx6y7v2Moc2CCDuQge1qCfyuI3ctOrT8syexUsaeS4nS76y1DgU+m3k/u6/bShbR4lV1WNCEYAzjDsa3yewpjV6Tp8DxlS3Wbf5uq/3wfeaIeTVYZ7t3mIBFO2oHU6hbqhFaBnzEJHJTQNqpFZaImXTqXkLr3z4BuhnbzTJKQe68mNdP3j+STpdpz43VJ9oBdNOX8B03iQ6/ZLVTyJTXOa1FMaVR4OXTUmJf7JWunKFY5un4j4A3JiIKIKcWcXnOdSNkVOm9QKxGZScEm+/BiV4djgnO41FjWIZtVrp9btiBsZpXSLI0IuwK/4Z6d/6y2FQVie0SQXsO9NPdTa6QoW6aTLbOlC66/cVrYkL/VRrLZ3Vwt2M2/8Cf3qPDmr5w6BmSaGr0lxSqgrqCOtUMr58OWpI7GhnLJ8bEK5JzrPIupgNwv9tHdUyAkznzJisQ3NUDTrxxfEnXk4cE2zKwHFYOgjaVdy5VZqDaRe0wYXKBJs30p+Oz6AS04d1usu/W+fpGbOt0NMTjKPqtlr9yCtUzv+nadygwiMgw9iS/neqkniLN5Jbq/64YoEyoG3LlB/tPuj2iq+KXeRRefDTnnXW/wiMd+fyy9+ueqkp213sDLP09T0s2rRWfvls+CDgjvteX+PR7Al8xNYvB5gwvX4QQeq0g/pZZ1cSRq8hFvO2JEDcQyT5E8Y/YmCuAj7EN3TbyBPOPQCS9VpWHCRMmRC6/Sy+Jn4w0S9gKeNUmqedH9tsGb46vuJ7l3mAatdfqeczysbtjjRtHONvbtD5DEe4k5gvfy/vryIOU7B/n29jqxlxz1KtwJqfChF5ekvnRKz/JlQ7s30PxhY+5hrav9qcuQ+v0UziXqb31aptu3MV+NwJTZ3orepKlQ6vZNTlS6df69Czg3VsC169DpaZwWfUlXcPGL1p+55ry00jmdbM3ZyrMMdU/fbViz6pOCvWcSPvKjjRSgxqGzcKI93agTM0UkQUMjtRw7LMsFlhV89tyCPJPHfSmX7wjvm+aqGCVDM7c0yzLOS2LbXIIxv3cK1B07DI+s2ZetxPC/FexwxE0tuGcQu6r/N7zr4Worvlqdt+Q0ZMl+MnRjHrej+atUcov+pUjO911vQI2wquq1kN2/+BZs9M1egI0Pr62TM1EgexVBQykbG/kwUVjlFWuwarB0OmanrLqNvHvW7K5EIBwUmf6WZuRDE3CyaD8Ps3LbtfrC9NkthU3WDshmyfTfEbonxNqUBSlsOmX4Af8i5hGZMyI6H7qtP7ZzZEWJIxvUYRoKGLHk/O1YmV1PJqo63Ig90sXoi8FEWElseU7tFzXhcOSQKxEVVfW87mYHP6AtQl2asI9l/jJOZki8F2MmojccYjZ1oOAUs58TTFsGd3gA3yU0gyeP1x+oqUuHEjlW6zIdK2a/79QJudc5pn8vn/b8JGHKu17BzWJLAlpF9oTYOlU4R8X2D7aH8NLkf1tsxekj+JDdS3UqDPZ6U/rYBPZ4kx7jmE59F92B+dgxINQIwZndOPXuO7cWuMtUXsM3Ipq8VwXhYEV87D/yLb08B54r7XJx+/yAl/6XY9PqJE6qMKCwr0c9VgpGemCXM5rOMutJ+sDZxl8pARte67cuk1WbYVWXTnn4tqpoBbXzhH8h2oLWWt9Qs3gAsg2NvELVZ9b2b2DHfw451wkUBMgIW0Z5L5eWRDN8xMp0jywM/g7kDxo076l60zpZbiXuLUVNvY7gBYpAkNUnUhWlKisoa5QviE51QOd6WLBUyd3EvW5Oaoa67goT8Faqzmqpzsr3D82/FLDbAU/CnFGkOUrKRVnh1gqNNUOkWp5BV1PNRetHmYHCXEd/884gWEjGtwcNQuxVoAOWfeng9ywHIeMN73C6uJg9CQOyUaUL9zQHiKzMVoobswtes+ZzHoEcldDZ3lr7ddUY3LgUVqS977MfW4hFIIxMptf4G7/EVdaPap7CdtWdHBiY+2TVSi+7nvPnTvyrpwmMHa1UAsCbI9IywlBt/Npto6m8UDN/Vn5eNZbg8fQ7pYk/rsz2JqAg4Kt42NInIoyvoMRDfzBErXqqsKc3mHyE2nvo1Sw09jg+fZ0b+996WEtNkBk8E/82KJRZ7hlj9wz0X1MWcY6kW49G5Carz81Q+txoNAaBcL0HqEPFBKaTF/Srt+i67r4IvijV32KbPbPWlO/0mzc21Od6HKie7E8SMGep7gLn55KyBEDBl+EOIZXXpHklDy0MZ3XCwoNWFNU4IlJAkftPD7LZfmALli7esOiKCi2GBBDgIb6/TMxTSjW9OEB3Vp7ADVkvOy08acjZKGxUI4TmNbkg9QC9tCvihOzdrL5kX2jsAQBHpwtKzKoxQVmbbL+s44aaGz8+1TSA/50Ue6jqKLiJXcHKFEhuzxdVRA2rxvwUfYbpBzUfeSQte5G0w9qO4ZFgexfk3gVXpcseTvgz/KBxqt5Oavfab06R6U2r25LnsdO0LblIpzyQR5FJXYdEfD0jFX81uz2o6T5oZKsQofszubqEKyf57EZ3f8lZwu0hG7IDq8IOPAOfhsM/sw02bMGbD/QSsv1xEnHAEVX6544c9nr2JtaYLtroV1YaG62pCnyqQUXj4435QebS/5d3M7yOfrcF5FxTCHaBtQIqYHVTr3r3nRRKoQ3SbUQXHM0Db1TbvPc43IVzraF8gqbMzvpBqYAeGEbrP0O34FifbEzkB6MT66KDSOwKF7hbj8zVq1vX+EvuPqwoGQ3Yt7ha0yGOqWlTuhP8zcIRc9ZjkhbuZr75877kWPBSSov6SdrQ9+ArA8Q3n3RhtGXOM5brUMgM4j6d7ZJaDQ2SzccRnZhq4BXzJbPchDX9bA/MFBCu/x6d5GIAT3zzn9SBISxrfW2rYxDBEy46BHI35wbA/5yxyLTSOIeyIhvoU+IzXE1oH/knFfmvECMmBj1auZsPeLYP85qg8Xiaq67c1QvxwTzKsIEw161VTrpyAS7V6aXIqxRkwjkq/1qi+G5DoBA3c+9ouR0BT6budHJXwZ+odFiWUSrNA6ERGgKsYEPBoTXIZg3aEIkgM2llAuY36+PFrWHMU30gz9yTuzKGv+nhcsWClStqDG8zw8jVp/dvdF1uKoavDETtLs/ZJQ23FxI4dS6W3qeUPwKiONOUeCE13Js8b8TdiL88ZuzIF1KWXEvCSVR4AYWz5x7Szu99YVB8wXfLWPY/WbzS5LNdE81vDXHSmrFd0IkT/HnHf0TGgZEysyyeR9DHsZmvtuTxnDtOAn/cu28GaU0bkPwO+5l2NRfHx9SZJ6Tes6y41NYrDeXM80M1o6cymsPizqLeX31Bqdd0fqeyhnQdcUl6V2M9D9Ar2k5UwUZYnybNOnTP3yPK8m+g1ebFSHyvJSMCHxPg9KUf+UNcV0M0LJhKomE9NOxqlEISaFkBK/LbPdRMoTw4/Tf5ADlJKFhyNpaY+oZnUAgHZjD3XGum92UBvPSu6mBvxDJbfSoeS1iH8BYtFhCXV0yGQh7g+IwKKsyVR059BqpOb7cEv7bwvS157uANfsiUIO+vOlMzUy+uZqYVBitz2Xn+qhR84aLNc0r2Vv0o5ndaUwkPuFtA5KwgnzJHD304bF5KqSuYRd35MnDAbxrp1mG8DjrYskVzURZcd5dpIwQ3xy7K+zyvOwC+IdPagj1AIAAltsqSgGmwCHIs9pVW7u/6AW/NtZ370pc0rW8pS7jzl0Oj70bUBkZEFfOAG1XN1+cJdvKHaWcEEAUGQn/K+kTivWzGf721WzuBxEgCfbVhPTwDIj92Kv71HE/xOPlPiP1LOjmhTvljSRj9wsL+q2Co+Oa4s9jT6bsn4mSSeB2kg+0kieeJIn+3Knfhlr6DdQSE2G2mWN1nVEnKkvcIio69o9uR41RAWR+l1zzd862Bk6u9ziPpOJKG7+4e8OeI9k1tnp8oCGKJqAuNzExnIujKY3tMErbtFxlW9YG3qs1gkL6QvlaQZB3bleHWSnePsYq957I2LhSzAfOnQNVnsz4g52HHPSs1+jsxf8XIdEwIpgon4z7MWHyH2G8W70fU1jsY6yCVNPW9/xP2ULgdb8tkz7ovEcIPGHKZ8ipElRbLRhxXDugR3VUapvq4ZxYWBMWbndwcHjGAMjx/7/EPJpKJMBipjEaURSRgl+0aqgfZy1WygUbzuAQjNjNneDLl5D5fgjvYLDrH2VzEq1Melw7Byponygbv5lB1/82gN53xqYyU/rZnl0Bc/yWtPLEvvAVEQc2efjwhfiLa9BYcCXPxjDcFYPbdNzGDPQeogBvsqYKmhr0UmejTHDl2Mmev/QpfkYIJ29g7dCvkgUNL+HzNOjb/jUGascOYgLI55vTSw0/XNJGYm4ln5vernivHuzUwHAwI0uQA8K5efwJvy4MskRwbH89Jw25G3fkJwzRsQGvO4vOPVOVNKHbRzl3u+BVSD0fpBpf4N7XScaqt8LlWpGt0JBcoqsHEAai9/EqNjNRvWXOpzjkS8wNxf3glwsSaEHFVw9PT5V5KVudgmqkmEeStAxjKd61GOlAfju6himh0vrwhIizxbF69dpEsHcZ5P74qKNDm+I25izgX1DhxuT2UdhL7o13OYoo0E1fFatMifTqp3Xt+5MGfwoN4e8Hq9x8akI9C04+/J5IzUU+V0JFeVl+SPmv0OVNynFGSQXZoY3mCUYPhkdUUvrBmBNcRsKCoS2Kf6uOe19Gn0JDR9wdaOROO7x0mmH/7+sk+1Oy63B9xDpv2yVEGYUbzPXFtIWOB9gNHIMvAH9jfxE6qCAh48SMiwDUDMsE472/cIzsbu436dOLVzti1+8BLsKllyB2XmwUy0lBjRGxDhtuDgKlyGoO8nv8aCaJlCPK697IjfmSm8+0gnU7T5xiKDuZ/aQK0aP7ehIKAH40mLxW0acLEWxRVkhpUwerT1vMzsSv8tjvE3EXj3o2bxLTmjSSEON66ZzKkr65RLpjNmTaE0yHrUBbOQAt0tDiufkXJguFjm9hVeE57VF/HCg9XRdF/GiykaCul4gRWmgTJ+s7vkZM+q5dAdPtko4vaW4so8JhYrWigsgm2ZihtgcIekzlDNTXYNG7WD78+JWd7FyRUYFAs2cQTzsXvq1/ZuncNVh6SRWRO6o2ta4ITjH18m+xGkM7r2RWOmASvMPGscKHRMuRpkAFjZQZA7Hx/+aNpfXktjVPzOPwYYt04aOV0Bq7hTlYFlYTI6rr/E/S0/3513N4VoA0iAVoB4rOnJUaHw4LGIgAAAAAAAAAAA="/></picture>
Rate of the reaction is the highest for : | [{"identifier": "A", "content": "Propanal as substrate and methanol in\nstoichiometric amount."}, {"identifier": "B", "content": "Acetone as substrate and methanol in\nstoichiometric amount"}, {"identifier": "C", "content": "Propanal as substrate and methanol in\nexcess"}, {"identifier": "D", "content": "Acetone as substrate and methanol in excess"}] | ["C"] | null | Steric hindrance of aldehydes is less compares to the ketone that is why aldehydes are more reactive than
ketones in nucleophilic addition reactions.
<br><br>So among propanal and acetone, propanal is suitable as substance.
<br><br>And to form acetal, excess amount of alcohol is required so here methanol in excess is required. | mcq | jee-main-2019-online-9th-april-evening-slot | 171 |
20psD0d96kY6grtqJA3rsa0w2w9jx117exw | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The major product 'Y' in the following reaction is :
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266823/exam_images/o5fx9ockxh6c1oysctaz.webp"/><img src="data:image/png;base64,UklGRpYNAABXRUJQVlA4IIoNAAAwXQCdASqoAr8APm02mUkkIqKhIhOI6IANiWlu/HyZM5fnZ10/pz/Lvxo8Ev71+S/n/+JfNP3P8pf7R6538Z/Funs+Ou7b93/i/9k/439a9kP9F/K/6b5e+7b4x9hf09/ZP49/VP8x58f0N/r3hLAB/SP5v/gv5j/Wv/B/YvQH/qP5v/VfZP6h+Z7/pv43/UP+t62H+3/gHnAUEPyZ/xf5P/RvZh/yP4n/Vv2u95Hzd/2v4p/fPdR/3X8h/pPcw9JgQOIdycndEO5OTuiHcnJ3RDuTk7oh3Jyd0Q7k5O6IdycndEO5OTuiHcnJxafA06sxDzejlrnmKkmQ7ZoOwv4duzV3cOOeddMfZl34Vri/3FYaO5OTuiHcnJ3RDuR/1nKhk4nR6aQzzBNBRUHMDkQOHzO66vB/mLUgva8Yccsou/uRJaosvc1hpsFmrVSEw2k1XLh4FYaO5OTuiHcnJ3RDuTka05a3VZ7HZA1/0Cj4J4/uaAcxgaGw5hhj/VZe4iYOmbgviVjS9QYDScjvEd2+mEYb8HoGsZf797z6oo2IkHKtrknOw26cndEO4IDTMEAgdwZrqB2Ql5Fp2xDhfgIe1PekMupH+dz3Otj5d17yy+fWBR4XEUFrhkGfThSMTs3UfZYU/SF7HPb7zIfmO5aeWzflg5JE6RwYwbkhlB/lE5OXwv6Wp9q1aa4Yx/BQdPcW92IdycivaH+7uSDJXsuoPnN7TRJc04gObZdTEqUKBkf005Bp4i7ofcq9tmdVV13lkk7FDJE8H1Mjw+UO3W0gJBhEV5V+HDvIFMHuFUtPdiHcm6bnKD1q72lGb92IdX4h3brOHRObQhyWCww9He3taMuTF9aOiYyHupyNsAmPQECqWnuxDuTk4y9L4izdePWTlV/Edht05O6OUIBaasNHcnJ3RDuR+PKxnJyd2IdycndEO5OTuiHcnJ3RDuToUdht05O6IdycndEO5OTuiHcnJ3RDuTk7oh3Jyd0Q7k5O6G4AAP7/YIAAANqRRcga/8PeUASsQoE4oXBG4agd/ud1euz1YX9Rca82N1dxMP/GKgHmqDIpbvYlq9M/TYLQLraljwar3uSuErow1CvuHj9dDUcxHfi+1xf1SkhriL+nuv2HAZx6R00KpEVmywySnht6geH7cEEKi1lF7exmGTsrf3D2Slg3fbiblYnQ7vPg5U2X44eapMXx9X0Op96x4Ampk4Q6rIU6F897tu/LJDWhgGAPaf9yO9H4WgpkyhDciQ4DXdJxfg42+/d8+BNmu8Ver4J4CGYnzD/h5TRHbP4cPY8VNmcd7CHnDwUcOaCTofYU/3+XvQjnXFY4FsmU7IaEOcvT6Dn7h8KmrQeBO59vX+Mxn+8r4EihGtBPUEqL60hRLMvZFABc3OI1mR80kZY7wqNUXgWt2OY5+iJN9ITAQ7wUw/gbp0QdoMAsovVtF3d5PbH81r5NEUMtE4wxwLpGKY8V8geO1ALgnPw/ZCLQGgaR5LVmRjndXo84AoX13k502avlieF51Xjqica2D+NQtgdbm7ylQI6z6eL6t4S+QbaiCv4URBPsOb3D4uf13IqyPu3KYypE5l5bfg5flaDVusE1mL7HluS3vQGcGfr99ijV+A3+Bit9gOz/byFNlNFnH4vimzpRDABtANXjSLRsdUj+LOsSw5OCZ7ELo91ohiUD8j4mghYhlY/ffB7tblRqu+H17R4z1I1pvYPEt42cTreujgEa/MQHlNABrq7TASaAmv0RD8IZVCovD3NG8yWh5ryuTfQ3droo2VQFCzF6fgqn1NIqmq6uv3lGVv4VbWSsYpS/I3qzR4A85zTWQoPvAs6/AyIdxs9B5LYU0M4wT4NIOM1yEDYeuNIMds5CCK1k8kyJJ+W2Had49YWcY5SX9STRCU5zBgJ+PoQ8RaoVHbki8dnI9KR0BE+YowbYixAdUgTwf9fnpwgZrS0vd0P7Dw6Mr+YZwisGsXXv9dIIlOdnLGBgo/ofaF2I6VWmJvlPrzvrf3axgcIDK5/vYHSBi2Tj2Dg0+upmSlO5pVvuiOWrwBzXl+C3dE5oSA0eiD5KROp8YlPjqyweF8apVlkIYV/o8Ty9tHPCL/7Pmwuz745FmPjIcoP9LRlV497La8BGPp/sYcYOiLrnHFm6vesVNBxXG6i/x4gsf+tW51QnP4ZaOi58pG4LzOSRyyReFZLl10QV9+otJfv+uK5b7J8O37dxQ59kNE+Wm3aiNd3Ft29qEesC9nvXcf5Ydq2VPgV24TwgrSxax0fBuSJCLWskbXCX7eqgFvIwKuxBFzRAjch0c6aiGVSLVsnbecoqiun07Gg83yVnF8jSjRbFgT/gQTht4Q67xoFO/CgW1kV9/v5heyozKvMmvyPr+DLybzCvJgRozQJqbCbrdMHy3QLvc4p5G5atmhR+T7l71I6DcZqdOnjUf9SWVVB8p6zdKplTlYo5bgwcF5Ddq74rH5r8ZlPpA3B3+JZuAb1aDBkGDKg/S7qnbGarQ+zAB/Q3mZfA2LXEFPpx3FmQCyxCrJQ3Fk76t8wXwtxU0C4XMpRsvQV6wNKQBlimaEv3KyrevUxVxCq+47bIB8UHglMw9L+QFpRp0BkQxw9B7foc5Py3rEVoBzO4geJvCeZmxEgANfgSVmGLxon1x+RZ0c5+itM1QEUFa1ikQ0LvbxxAVC4JhaeooujarzkIl4kQ03JnOLmkCsVzQ71RiwhrotHM3nku3OHzM2sqCfTwuk++O8F5s4s/lWjzaL+jipapSIz6R7Kg+U88x4D6YKwlleJI+oe+LXp5rYmnTuUAsuV93AhI340mc+fYgmYT2oZNmJF8rWgX9cwWRX8CbfDNgyATZHT6NqhF2RDD0a7iQ/Qh89xry8vCv98VbXmAS3Jo/dEC9P5zuUalCut2gm8Az/szKXHBMfdF3SvxSYbgCHjv/xXCO76WIKvbvOdf1+RpZkpZvnyLXhhD2AnfYaGvNdV+SQkajLpZPlk0IhALmNFf0jH+psu5Gv2NkQVP94FZSnRMFlwDIuQKnHLIgHce7nIdhkXehgvXe5OH+/PA/u9nCaPRzxH5BFn5KaYja0KiHSgA5gudsuzf0kPP1l4kH5o2JzabJxy7Zbnm5k7gFXQt24hyRGmK5VsPMtziz/KDubxj4zHeip+X22MaRZhjTPZPzxacjaIjymnpYM5FnE3crNQl03ss0Zoi1cK5K5NbrqesSx5MjZEleV+DmXMMZ2+pDb9g5Vwy5QRpyewEiq52V997dUSLzQOGiFFCGagxnpjkrThh0RND8YnTgJFEXe1+n1JnvYt/7f2dJ4SzkJTiqfkjh6tn1/8IaBeP3rRnwBK7RkFmOl5Nk96zLzgx+7x6q8hZuewL4uyN8UNa4wFa6p6ohfpcFeFlh/jtsizfx2MGOtOzemBBekYPQIaBC1cJ7gWQ4orvgYyrEKnb7fobPuP4lpFwGOO7aCEPyzK2xkUJI4tKasG4v8Ii8cCoKSANIEaH5pEcIV3+QodG/D+PF89wahcn4866zz40ry5SyerbXhptxkHSrCswAsXMfYYtw2eJOlD+e4gAtHHwHmAwZEKpPuoZ6h2sDeRJt2qc753bof0hXsCvFPl7VSvYDRWe9znaw8qr9Lmz2Sc0R0QU1NQ5+JtTtsBHg8v/Petdt63e5vpDNnz/Hs3RTa973+PdxfzVLTeD81YHL0fS8E9Vuu7717WHKMbyD9Hhpn6JgdpxrLpeirDPbqBKtbne5043y0vWVjZ2BZKHvA8pgFnhWi4v8CMTy94c/MkIk4kukEtS9Vx7ZYXQMwhxyL/Nn/2K079vExg8bBY4ku7twBUVMJew4/TmBtmNdewXgbcuGk4L6oKq0PZoNGNp+xbHO1z1DhhvRGhOW9irmnaXhB9TdJAvjuE/l/TvCvqZbE7vjK249um/iRlxbC9gZwPENAdEso3WyCoo3AMfqjjr2cGKy6fvurs/qaXeTF3lzKG937Q+k/H7So1DvKBGHnlxIRy5s5YCM1DR1FmzQYet3RLdtbSc8l0drEqihnH5PaLb4AWQH9Y/RiE8GDR49zKGGy9TaWwuM3KB3AaIDFSHrjmAnmtEIW5DCR5sk/ICK3Z5eBrxcDjkGMcsxV5GJE2p3IOZxi2dffC/HhKNx26Vdxv5bR058O62H2xOvXm46jtAOgXvasYDd/MxEbVW6teupmFVWbyZRHxrTx5zVbOAvHhywQaGQbyIxc/F8PgyO4hKBhWtj5MBcmlK+bhiR5nOAU/g3lmEux2u+YMlOmAMl+cPOkCWZ57J/r7xWD+47BrgnjZOmCYigk4+vhm2B3qZjqG5TQvglmYCQhFTzQRo6OymfXZYfHhBBsmL/+yu1+gImtgd9+EgKek9VEhYEqBaV+2laLetbMb7OIjNkubvFnbFDhdFVOa/mCbs5LIZGQEVn+3R5JA1G2o5PoZvYDx/uYaHRJy6LaWw00fv+ae9FLffXV+xvJMCI0k2eQAcxawCmQ5axKGB4NBS5qvp+4MvkP7kFdu/H3+D+idfQMN+0LeDuhDvBHPRZqAXD+j9bvm0DfySugh9fvYRQbFNA5O56ZcDDV4pM2kNuH/93tEF7JuxreK0sTimgAAAAAAA"/></picture> | [{"identifier": "A", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264621/exam_images/mrknakgialmylxoa5ocf.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267034/exam_images/n1lnvc8bqapfrqtycfc1.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 160 English Option 1\"></picture>"}, {"identifier": "B", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266888/exam_images/q8ghzkv2pdobnxx5bvg6.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267666/exam_images/zb2wocb4g4zodwhgaxth.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 160 English Option 2\"></picture>"}, {"identifier": "C", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265125/exam_images/uj10twiwybwt85iq2m1n.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266091/exam_images/jtu7kgeqn2agtmlmwh0r.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 160 English Option 3\"></picture>"}, {"identifier": "D", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267521/exam_images/ayemfwwd3yaf4jzenzxe.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264511/exam_images/dqdhqalmhwwj1yhatpcd.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 160 English Option 4\"></picture>"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264400/exam_images/cccbjcjxcp6gfedpt5ux.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265863/exam_images/poj1neqtzuqjlcgrplqy.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264717/exam_images/lnnhsgbtfpnr1ne1vumx.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 10th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 160 English Explanation"></picture> | mcq | jee-main-2019-online-10th-april-evening-slot | 172 |
sjI7WU3tabLqTXuQBMbpM | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | p-Hydroxybenzophenone upon reaction with
bromine in carbon tetrachloride gives: | [{"identifier": "A", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266064/exam_images/b7vilf6p1bkjms1m3ycr.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263815/exam_images/jixwlg5bswxld5rndysf.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 163 English Option 1\"></picture>"}, {"identifier": "B", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266485/exam_images/oo54dispwxhbtnh94ydm.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267061/exam_images/bxz78bzkjvvmt7ng4ddd.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 163 English Option 2\"></picture>"}, {"identifier": "C", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265242/exam_images/lel2gbfcgsiapbgnsadr.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265959/exam_images/tu7xuo0ib0nqawwphqlb.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 163 English Option 3\"></picture>"}, {"identifier": "D", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266494/exam_images/rlyxb79aq67pcgyunab0.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265822/exam_images/ihbhf3xw4whjhtdvsvxq.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 163 English Option 4\"></picture>"}] | ["B"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263461/exam_images/xytpydos1f8781bl4lh4.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265432/exam_images/ouncbrsw5m7i0afpb8zj.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266941/exam_images/xqw5xs8kbfk8rahh6ipt.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266966/exam_images/qpedhwilccjwhdizh9ih.webp"><source media="(max-width: 1040px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266749/exam_images/ray49qush72qpc9mzfqg.webp"><source media="(max-width: 1220px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265885/exam_images/kym0jpiknfd0mfo92cqb.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266764/exam_images/yghfuwv4xtkachr24ypi.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 9th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 163 English Explanation"></picture>
<br><br>-OH is +M group which will activate the corresponding benzene ring and -C(=O)- is -M group which will deactivate the right benzene ring completely. So Br<sup>+</sup> electrophyle will attack electron rich position, which is ortho or para position of -OH group but you can see para position is blocked by -C(=O)- group so Br<sup>+</sup> will attack any of the ortho position of -OH group. | mcq | jee-main-2019-online-9th-april-evening-slot | 173 |
XwS52W7SjXGOVQcSpcLQl | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The major product obtained in the following
reaction is
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267794/exam_images/lnper6csolsokk5fls59.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 167 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266478/exam_images/bkdled7topjdapzzhsqn.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 167 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265091/exam_images/mm2mxjxzvrscyfuhlyuo.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 167 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265503/exam_images/jqw8xumepq38qayhmcjt.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 167 English Option 4\">"}] | ["B"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266836/exam_images/bk0yiugxbvautid8snhz.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265729/exam_images/nkjfdcgi46ueli0uwmec.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267843/exam_images/jcgj80n5rwbti9c6cqdv.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 8th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 167 English Explanation"></picture> | mcq | jee-main-2019-online-8th-april-evening-slot | 174 |
S8F8ivYx6J7wuMl4ypuRC | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The major product of the following reaction is :
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265460/exam_images/kd2h7qaik3kb7rrjyedy.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 168 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266734/exam_images/snrs1vlmntzwlmurdnxv.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 168 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265278/exam_images/uyh2bjfqvbgnwldsvwka.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 168 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264257/exam_images/nirpchhnykjqinp5waqm.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 168 English Option 4\">"}] | ["D"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266577/exam_images/n1gye7cavqzqtclorjds.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265596/exam_images/t0or6bix8xn00guh2g0a.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263275/exam_images/dlh5hlf4xfuc8pznsf6p.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266794/exam_images/l9ez4eyftl7xiiqawjrc.webp"><source media="(max-width: 1040px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267820/exam_images/viwjjmi5sj7bowuwja4f.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267313/exam_images/hoir03cjwbhvzucp9nqv.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 168 English Explanation"></picture> | mcq | jee-main-2019-online-8th-april-morning-slot | 175 |
199r9vXEgXbtr0LlCWE7R | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The major product of the following reaction is :
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265290/exam_images/ax37xxiax14b6nfb1ddw.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 169 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263801/exam_images/vzjess6avcillhuuutw4.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 169 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264194/exam_images/dn8aj0ajyhvq71lajdb0.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 169 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267310/exam_images/wvogqzsymmejqyhullj0.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 169 English Option 4\">"}] | ["D"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264448/exam_images/irvw1krwjxxbflmfm9ej.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265141/exam_images/sgwkdkdltq1aqkxygxkt.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264900/exam_images/jzrozz0nyllaeu1yc3d9.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264536/exam_images/ixxdc4s4qwusxpgq8wvn.webp"><source media="(max-width: 1040px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265804/exam_images/epyp7izj8kkir40rjpbt.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265080/exam_images/orxxnjdydzzqcsi5bwpl.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 169 English Explanation"></picture> | mcq | jee-main-2019-online-8th-april-morning-slot | 176 |
3V67IKAULyqeDIlG1Z4VR | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The aldehydes which will not form Grignard product with one equivalent Grignard reagents are -
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "B and D"}, {"identifier": "B", "content": "C and D"}, {"identifier": "C", "content": "B, C and D"}, {"identifier": "D", "content": "B and C"}] | ["A"] | null | Grignard product is that product which forms because of nucleophilic addition reaction.
<br><br>Aldehydes on reaction with Grignard reagent gives Grignard product.
<br><br><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266665/exam_images/lp0x6cownqqrl10raiva.webp" style="max-width: 100%; height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 12th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 171 English Explanation 1">
<br><br>In Grignard reagent R<sup>$$-$$</sup> is a very strong base, so it will react with acidic H<sup>+</sup> of $$-$$COOH group first. As Grignard reagent is one equivalent, so no reagent will remain to react with aldehyde group.
<br><br><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265299/exam_images/mn3esqoeclqxdenauaeq.webp" style="max-width: 100%; height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 12th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 171 English Explanation 2">
<br><br>Here also in alcohol functional group ($$-$$CH<sub>2</sub>OH) H<sup>+</sup> is acidic so here acid base reaction will occur.
<br><br>In option (A) only one functional group ($$-$$ CHO) present so it will give Grignard product by nucleofilic addition reaction.
<br><br>In option (C) functional group ether ($$-$$ CH<sub>3</sub>) does not react with RMgX so aldehyde functional group will react with RMgX and give Grignard product.
<br><br><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265180/exam_images/ewt1oyglpzrepeagbkls.webp" style="max-width: 100%; height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 12th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 171 English Explanation 3"> | mcq | jee-main-2019-online-12th-january-evening-slot | 178 |
rkjkF6SNdOUunMBcHaf3S | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | In the following reaction, products A and B are –
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266106/exam_images/mkb7dsifegvylsvtmezb.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 173 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265920/exam_images/oigwhe5jd1jbrngdatw2.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 173 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265136/exam_images/dcv4nurd5aq3nafrglrw.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 173 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263886/exam_images/pzhzdmzkxfrlhru63gby.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 173 English Option 4\">"}] | ["B"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264569/exam_images/okdpnzulxqlhyabd25kr.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264157/exam_images/hbtfxarlvhkmkqlppte3.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266875/exam_images/xmzkf5wyqi9xqdxasmtu.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266187/exam_images/gylvguq1iynkgyxcwqqc.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 12th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 173 English Explanation"></picture> | mcq | jee-main-2019-online-12th-january-morning-slot | 179 |
JIM7QaEhNwZhyVTpJtr0n | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The major product obtained in the following conversion is
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265547/exam_images/qmrvcxco2qwqwagweyfa.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 175 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267497/exam_images/sl8i3ygu2qfwyw6az55p.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 175 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267319/exam_images/yba69htoyblfqkivnezz.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 175 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264452/exam_images/fz2hztsyoxsv7b747qtq.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 175 English Option 4\">"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264463/exam_images/bvvk3faqb6daurw57fes.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267261/exam_images/kfubjlxhswnhanatmdbc.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266412/exam_images/p1gn2ttltkvqbsr6u15e.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265545/exam_images/vqilw7bzjwa68mxpptpq.webp"><source media="(max-width: 1040px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267554/exam_images/rhwrnugevpsfmy7gttid.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267525/exam_images/haqahqutoopec22d3eme.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 175 English Explanation"></picture> | mcq | jee-main-2019-online-11th-january-evening-slot | 180 |
29YAhNwM2Es5bEm4c8UeK | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The major product obtained in the following reaction is :
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263317/exam_images/ex2diwd6qrcs63r8hh1j.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 176 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264005/exam_images/letdlmp5haoooukiv6vz.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 176 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266564/exam_images/abye89xdmnzerjrpq8kp.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 176 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267575/exam_images/wprtfpc28wakoy1iw6wo.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 176 English Option 4\">"}] | ["D"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267537/exam_images/du6fmgj6e12bi1nepeob.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266916/exam_images/mip5zziyeblud3indvij.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266466/exam_images/bkqy50nhimvypvqloatw.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264315/exam_images/iln2siav24jy6zjtksga.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263584/exam_images/vpmbo8moqp8mulf9mmzd.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 176 English Explanation"></picture>
<br><br>In LiAlH<sub>4</sub>, H<sup>-</sup> is the attacking species which is a strong nucleophile and performs both nucleophilc substitution and nucleophilic addition reaction. In C = C, pi bond is created by pure p orbital with side by side overlapping which create $$\pi $$ cloud and $$\pi $$ cloud creates negative charge around it. As H<sup>-</sup> is also negative charged so LiAlH<sub>4</sub> can't reduce C = C. | mcq | jee-main-2019-online-11th-january-evening-slot | 181 |
BHQBglHwBUUlNX7Kf1d5J | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The major product of the following reaction is :
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264186/exam_images/dsirnlmyycnty6jfxh5y.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 177 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263971/exam_images/cmuv13oqsnyj5fn0vilc.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 177 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266534/exam_images/u56comfbhj1fljql42j7.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 177 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264179/exam_images/jpx4xyaglnherligbpvm.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 177 English Option 4\">"}] | ["C"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267075/exam_images/fm6zsgabohrflmrmwxjb.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264185/exam_images/lnwonwfbdz3a6l0ms0ra.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266738/exam_images/cbwdah8zi6rlcgb5jlg7.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 177 English Explanation"></picture> | mcq | jee-main-2019-online-11th-january-morning-slot | 182 |
OrP4o4FVUiww7Jau4zWIG | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The major product obtained in the following reaction is :
<br/><br/><img src="data:image/png;base64,UklGRqgMAABXRUJQVlA4IJwMAABwigCdASoAA0QBP4G+2GW2L6ynIdKZEsAwCWlu4W+zMmNwvV5s/yvcbj27Uuz52ey+kAHe3zgPyplxPR//vnq/dQ26e8+0dWq5xNPlcTT5XE0+VxNPlcTTx0rPz0tIQXWDRtYNG1g0cKKWpiwg7GHi1AKCJcSEvOJp8rh5G1g0bWDRtYNG1g0bWDRsxjJ9T6yreo138vAJpnksC8xNtsnlqst0GkmeWJaEybGsW5UO0dWq5tyEF1g0bVUNQDqgguqoZ4bu4NGzp0F5MXlGUddXGoiIqur3bCIq4sPTRTgdAYgZ5FdsBVr8qNlHW4T1S2kJ8rnE0+VE0fnHaQdxdFS8OyYq0eZ+3XNB2QVk90FaB7Oz3dq1EQ3kjAAvhlW5b4MebpEL5c6eRq7AjHKLR1arnD1GdYYV1Ftk02n5C44RD45qmpmjDY2kP3rk/KXp8Hze7QvD8FvWtc4xrfZyD1Orct8GPNy2qQgurA8lpCC6wdJv0cntJgp2iyJNRoA7nRRDDFoU4FnpF7IASXuVJ6BF4q2/P0oLJ/VLvYAfDcwnDn2IdI/4YPy5fUm2J4+FgHAfpaQgusGjawaNrFaQp/7xFfnN2tGzcq2h+fgZD+GusCiy210IvNNAPDi6i1HW6aNaL0tIQXI60Q0cvqxBw2vLlhGO76ChLPvZMa6R+GUajh3P21abuDnqsqmPeYaPznyvZWfnZpUjm3zq/x+lyKMg0dkVrYZ8bWHIX0p4Qo9RYUzYhlVKwAVoRNbQ6C/w9APSj5p76tcybUuxjd6NwLJ+OdBiUVzbjZlyF2wtdEzBuKDvS0gWliz4yJ8qOlBwmNEleAUIo+BTkHvVQ16ZB163rQiUUmiULNzmZPPf+uP2DPXGfIOTpgNZ1PUK36CwzCTYvb7V6DgCBUMjSBOwog27g0btQ7elH55y5UnfD03SPgJToMNF9jKz89LQYGISku7mL/jlSPdfxz4H5F9AxF9dJFByu8btIqgR9LdjkSmHYMVy+avzCjswI7i95t6WkIMHz38h3n2jq1Cn03oQ/GUPp2RSDp4upcDEWHq9cMV1aIVQ7MoQi1BWxBCqPz0tIQXWDRtYNG1g0sxJl5soyGLHY537T58v/idHrEqlr9CZjwSCrk4U3aIV1i58rbkILrBo2sGjawaNrBo4eatiIm1w7NLAc1ccWD/+j/VCvOplj2gYHqtPvfNNQDCpAj4xz0tIQXWDRtYNG1g0bWDRtYNHD5cfIdL8L7YfDqrAmtnWHdw/e2PoSAf6mK6+WsGjawaNrBo2sGjawaNrBo2sXPjIuMrZEP7RXoWf48wglmUo44QCWkILrBo2sGjawaNrBo2sGjh89AJaQhhG0w/PS0hBdYNG1g0bWDRtYNG1g6zQ9hBdYNkqJo/OO0hBdYNG1g0bWDRtYNG2MofS1BBdYNG1g0bWDRtYNG1g0bWDRtYNG1i58ZFBBdYNG1g0bWDRtYNG1g0bWDRtYNG1gyAA/vvBgAAAJ5UjnSWnn0SrYbYB0y4IcojQuKx6lD8pIlK++NKyZfgU6UZr6GWqSQACunDrDGdRv/j9fr06bqme8m+KqdCP4kMOATAEYAvm9fL0Zgu9fnwuNH+eickRQ5qkwnj9qrs7U3Ro3PTBswnhxW/a8hcKxAhpatFnf2L7vsU4wSSOR+KyVhX1/rp6McjV/IEWQu6i5M6OBNORk+r7IgPGs49k5x1TBMxNTc/b+JYJ6JjHXS14ImAnS5ubA7jaH5/i9p+AjHQvztRXamr/EfCdDE6COUItZ4QOzkXJGPjvEjREUMUzrTBAU0t7hbgtaEySenJrncz9MWGcZIq0/f6++4PCrRQmRA8/a7JfpMgTp/FkxSyumFi7O74x1mSGDhGc9l/15wXG0O/x4YkyWOrW8h3onj4n4Vw9VoSMXtFQB28qKpcz3rQt0o/ET0kluOSN5f+Ry2RgmvT/EaU3SdCJzb5eAUxPd6h0VKk2+gd4UrViLgDIMxaPu+4ICuJvA7Un8rjRfkJ2/o23onHKgfl0CxJub1hVEb3yOhcMEI2FdIFM3hD6fEB0WeBsO1EAOB/ENJB/uDnzyhO3QgLFQkYgJhad8kNZo9t4r7dXbBQ9bQqbFM9wbO64mw8/xIoGD1wAKYxGmjKkxuSzhb1EoSXvebi6tmvxoLpUjnSwTLR+z8/+6zt7ngGqQsIqpWKR/jwFw4YP13UXdLnISkSRI1uhMNCPF/85APfCK0M7ybohyq89Gggjzc8J/gipLxVMmcS9Wlo6MTacqRzpL2jOSGam27ufpbRi8VAlOzE0iFARUaLu9Pd8Ps1LLdWQdBvC+R7RAzuI0pIH12XfcpOlIN00N82XFw9N0GBiiVFZ51h+mR32AFU1vFlmVVtsAQeJQp8KBvS4LpM3jjlkNsy4sabJqcwmfUOki2ZUE/uTCNgym4HI+VICQtisCB3o4Rx7bgJ6Ptgl0MTyxvTD2R70lqBTw7OTdKoaTo4YWD9oQdSoPgNipMeFaHb1FPj2FvOCDHE/czZAdsny/qbQGXJ8Vw27YjhepWfQjzshAi/KEWkZRgwMheghbYKr/fpotr48hz/3TpWnLGa4a0cvtzIM+pYL6v88QpOoSyMSvKa8sIg6K8RuVqLuGLlWSRRhqd9IdT118J4PJWuh2n4AtvVPIAofxU14ApqH43mmMeqS04QuobfGMwbxD8D4UTawaWj5MPP2Nw+2azUKX33pSkQ5z1jByM96T1fUTbZlSnwS81ZybpeA7QGK0GvpStNIAwp2tLFx98zDKapuKzETAq1GuN/msxzH6L56GZvKUsG0nftOAlRb4OOR3mFMvReQdBIcW7SQTF5FRLXvvu6v/MXpWFNJCLwXA7o8SCiMSvFZjt6oGTkm9HH3UJeqWvRe8yX5IuOxG4cG1nnYqZ8jt0q12t9S6I9XqSJFvcckWo+uTg6A9PXwJch4nBSAX7uIxeu3zThkxypoaiOg75ab5brQw4eCzDFxdvP3pPhAsro5HejPaQXNUnT9EGhv7SEkvxxMZ+Utxrs6ri8mhJk+eAt5UBLRztnspmpaIXzRJBdOHN+rHwgquT5Wb5gryPRYiMHto+VFc5PxraFupKFfZRBoRJY51Gde1quZEobEQfZqTIbq3QAwc8RDAZtNfDRHLUswJCavdB4L4rjgGhXPMn7u7EcPDRxMtS/uX05oHK1OsVcC6cxPzubJpVWhCjNJNncqE5UTJzpmD+YPBinE9+bYLcnuW7Pci3mak7nfj/dTkhsiqUEOQDP+oLGED1lz7hs2wvG3w0EQwiu1dzC/7CbYkKpyeo1Uggb0tiF0GBspxS7wqFgdNQ2h2J26sgA2aCLMk5BanI0PhD1lfBT+G4Td+FhzR0DD6IAVz6G6xo5iy+WuVfJzQRDePxYc6oYDsJCshFsT5jsDeDmVVajvoLEa/iQsAouyCLjopIPetYPQh6SM2TLJe8T8z76OKLyB5iOig8NJAqxrO0VK6J/xAC49xW9995qyPaPKM0GSRlPSa5c1Arqmq1eJSk1YMrA8Meu2o0IlCUMyD2hihnYs1wWlB+6PT8c7cfUdnpjAV5ruXvpjFGwL3ZW9a8ucLfmymFFbDjB8j4gLCpgL3dRdNlVv6vDThjctEnOWkiDgWBGL82LMq8XWwDQD29s0OLHIT88l5+fYQU8KspplXFyZLCswCDNkO2+bgft4s+Ge0e4svETl8VGYsKmD6sZuf2tZorVxu0fgMCAh5XXQHQEmmVEY1tMXZe94UiocRf+PWmxMXIS+VoY3nIAVCRO+fJnrl4wWPSBpGCwCDUFJ5/w86MlpSJl8kNVhRD5XVSEAtjkEtgoT0Tx1pmn+phmDFsAoytX82jK1+0Btwq+IxZsMeTMFwAASNFbwwBeosbbDEQ0TGIYMJalzTK4bcbviazbd757wlQp+ts1iP/GQcJlEXDK0YzlMuFkq29n6H2JFuG2EwQqj96+MAHaeWkFyhOLSCIRDi/pnfscXGmV9BqwRrQa5H9F+9KZtaIwNPDIAA41+Imsa8CpqA6HpuxZ6dJLfJKnmILwxOHcq0jcWi7FJGMURcvcEnTaJJ0yWrw4IfPg/MYNz3Ex3eJbK90txWPdSpQmlafgEmE+oYLdGoGQGhmixJwAu9T0dxO+F9BUmAADJ7JC0IxPBG+wOAVDA5HvA6WlhoTJRqa9qA2HShPrgEOFj416zJFJa6TwyOy6NsqriutNiw2AADha7BiCXOha+kxFcTH+G3mZiwqqK5noNJYtYuUupntnf5aUmqv3rIaZQAABgiiAAAAAAAAAAAAAAAAA="/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263388/exam_images/obrnozosmbn2cch01cuk.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 179 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267753/exam_images/thsfddobbpz5qgx6k7k9.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 179 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263339/exam_images/gg3szi7sevxdcocacgxq.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 179 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264128/exam_images/krjwxc9vdkosrsdqnxt9.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 179 English Option 4\">"}] | ["A"] | null | This is an intramoleculer aldol condensation.
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267588/exam_images/se5sfk0euiorrr7xsjjc.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263673/exam_images/b8mowewxbolum4jxwwih.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265998/exam_images/fehiaiubcvvmwqvephm7.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263674/exam_images/nv3seet33zdf0ideyfxi.webp"><source media="(max-width: 1040px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266234/exam_images/tirso8fucme6swhpby8o.webp"><source media="(max-width: 1220px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263833/exam_images/dsfiyx1slqssovlbn3sj.webp"><source media="(max-width: 1400px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267832/exam_images/osnbbrzry4ywmfddosz1.webp"><source media="(max-width: 1580px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266753/exam_images/igyubyykrf3qbmbtaheh.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264915/exam_images/zbsjorcbf8o4tgko6qqy.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 179 English Explanation"></picture> | mcq | jee-main-2019-online-10th-january-evening-slot | 183 |
Oxv8XfsS3HZjRNSuYeeNj | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | What will be the major product in the following mononitration reaction ?
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266048/exam_images/oklrjlg4ujl2fuvtzjgj.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264921/exam_images/fodontfbcguomd73tjf2.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 180 English Option 1\"></picture>"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266044/exam_images/pax1dhb7xhidld8lggmv.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 180 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264795/exam_images/phjqttu01lvkrgumgmq8.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 180 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264865/exam_images/swva2xwrm6zjrv40pfbw.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 180 English Option 4\">"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264403/exam_images/kltjjbkftgsaqmvwt1by.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263786/exam_images/daap3qfzu8ylkv1sm0tb.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264786/exam_images/ogwmds2biblvk7e3ykuf.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267818/exam_images/wmqxr08hdoyyn3ntufhb.webp"><source media="(max-width: 1040px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267278/exam_images/zcnpzo9le8ppyv6itlth.webp"><source media="(max-width: 1220px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267224/exam_images/tasv9lhimwptlpd5mpil.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265600/exam_images/nuftiiegektrr5qt4gmm.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 180 English Explanation"></picture>
<br><br>Here in the compound $$\pi $$ bond of C = O bond will be at resonance with benzene ring with -M effect. But lone pair of N atom is electron donating group which will make the left benzene ring more active by +M effect than right benzene ring and
hence electrophilic substitution reaction will be taken place at
ortho- or para- position of left benzene ring. As ortho-product formed is sterically
hindered and hence para-product will be major product. | mcq | jee-main-2019-online-10th-january-evening-slot | 184 |
ER6vLxKdPfwjSpIDXaKYb | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The products formed in the reaction of cumene with O<sub>2</sub><sub></sub> followed by treatment with dil. HCl are : | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l8p8ra06/8479f4e7-7ba3-4dc0-bb12-acaee9689ab6/30d54060-4129-11ed-872d-812d64214f2f/file-1l8p8ra07.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8p8ra06/8479f4e7-7ba3-4dc0-bb12-acaee9689ab6/30d54060-4129-11ed-872d-812d64214f2f/file-1l8p8ra07.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2019 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 183 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l8p8rx3b/4952ffc0-1a7b-4e35-b777-dadcf9e49a04/42aad570-4129-11ed-872d-812d64214f2f/file-1l8p8rx3c.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8p8rx3b/4952ffc0-1a7b-4e35-b777-dadcf9e49a04/42aad570-4129-11ed-872d-812d64214f2f/file-1l8p8rx3c.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2019 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 183 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l8p8se7o/e17d0e5b-3ad2-4872-9ad1-11eed6d4a358/4fe49b40-4129-11ed-872d-812d64214f2f/file-1l8p8se7p.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8p8se7o/e17d0e5b-3ad2-4872-9ad1-11eed6d4a358/4fe49b40-4129-11ed-872d-812d64214f2f/file-1l8p8se7p.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2019 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 183 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l8p8sv71/ac0d0bb0-f0e0-4699-98db-e7bdffa6d2da/5d0310e0-4129-11ed-872d-812d64214f2f/file-1l8p8sv72.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8p8sv71/ac0d0bb0-f0e0-4699-98db-e7bdffa6d2da/5d0310e0-4129-11ed-872d-812d64214f2f/file-1l8p8sv72.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2019 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 183 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l8p8tp53/d8d2e333-6cbe-4a5b-b925-ad3603459900/7424d970-4129-11ed-872d-812d64214f2f/file-1l8p8tp54.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l8p8tp53/d8d2e333-6cbe-4a5b-b925-ad3603459900/7424d970-4129-11ed-872d-812d64214f2f/file-1l8p8tp54.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 70vh" alt="JEE Main 2019 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 183 English Explanation"> | mcq | jee-main-2019-online-9th-january-evening-slot | 185 |
hqc93194v0XaFtccA7jgy2xukf3m1mma | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The compound A in the following reaction is :
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263643/exam_images/gnipqmui6biyhzfgjfcg.webp"/><img src="data:image/png;base64,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"/></picture> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267775/exam_images/finguxjcwr13uegizcd1.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 3rd September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 145 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266526/exam_images/nvu6y7tqc1mis27p6ov7.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 3rd September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 145 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266627/exam_images/bl38kulvmurpqcpg3oop.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 3rd September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 145 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265608/exam_images/ydgm6c7qww9jmurhx51y.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 3rd September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 145 English Option 4\">"}] | ["D"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265787/exam_images/pk8lewknldsuevtj2aiz.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264727/exam_images/mr7schcyp0rd1qdsfujw.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263644/exam_images/z3zu0vkcqy6xvftmfz0n.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 3rd September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 145 English Explanation"></picture> | mcq | jee-main-2020-online-3rd-september-evening-slot | 189 |
pvpd8k5b5XMlntQ7j3jgy2xukfj9hbkf | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The increasing order of the acidity of the $$\alpha $$-hydrogen of the following compounds is :
<img src="data:image/png;base64,UklGRroRAABXRUJQVlA4IK4RAACQbgCdASqmATkBPm02l0kkIqIhIpEpgIANiWlu/DZ5VOtQzv0P/in4/d/39n/qHkn+K/KP2n8q/7j6xP8P0eX9N/FPNt9Zfv/8I/q//R/t37hfd78d/038b/uf+t/qvoz75vin2BfTP99/i/8//0v9f/dr2bf6X+Gfz3wHaxf531C+2v+S/g/9U/8n+O88X+B/iH9V9ifqB/of498Av6nf7T+L/z33y/yv6AfybzmfIvYN/JX/S/iH87/ar33f9P+Hf0v9yvb184f97+If3P3Rf+B/D/6v/3f7t/////9s3/0/g/8g+R/7Fe1T+pn///hIvL8pM6L9ERcKTOi/RET6p1jdSUUm0ak+iIn0z/hUQIyHvQJkcqliYavs4qDralqYzvkUxrYK9FFoNwvIXTHM9ZJmu+jCBXwzsc/tAAcM9r8pM5AIiKLQbmGGr9yRpK3s6iLnRfodQ4M+kSG+KCmBF8YK8yWPc1is7wnVEqZRy916M6JvSdkXBqu/xFmb//KNo7XYWqKz0POTw/YxgunD1a8vvftsjOlK27HXjm41f3Ufp5KZFfFH7SY4kZ23nm1EUn3ZtPTTjin0O14zBqT8sWzh+RAPfK4SZDFODVHa2f7B502Lr8qGLqc2jXwpi85S5ejH47QafIOjBtFWoeGcHrSIuFI9o8HcRSWmMCi4kidQWQvBhSZxiZ5xf80aNNhXbwNctn5Nrj5SkzovrRMVrQm9+AjsLljzmuzkRFwpM6L9Gs2lJnRgpc1+UmdF+dtVSkRRaDsdSATii0HZFwpH2aAfnU98L41+3NRj9nFP4LMM+vgET1davf8KLQdkXCg+eOyRM32LJFwpM4w7dHPkcWg7IuFJlI+aTH7OKgF3SfREXCkgaJf/4lUO7VOMcjQ0NVaHx9ERQSvhc9n5/yk5yltYE7ZyRflJnQu3CrusHk6L9XQCSt/VO+IeF0OjuC2O+2u9RTDTC4Is9iHa3zcoxPGa7ecbupfKnv594jJN14svMJ/A6k3UMTz7Sq3q+hkKDsigGRCoRja6pBkah85R20J1hORnFhUpZJirpbj42kw5ldwMvngOEg6kRcGQIVJoP5SsI2sqofVAHUbgwJGlJnQx0uHPlhF+hPRQx3m9KBtadrlbSkyZHHifq9+UGgOyLhSRXBpnsvOhPSRFwpM6L7r/X9nFQdkXCkziAAD+/5YgGCJCaceL8niwaxdQilKFqsbxs1ai5hSGz8W6SMmb+LyRcOkW1V6BUqcJ2LhPgk50vCDOHTSWGOmJZnh6l5RRiNSpaABxKAApsP407UogKk1xz1u1LJjZCDLc32/tup7odyxfyOJwYqpQ7YsKPr2YTxO7sdBqL+UxeJ2T/jjSFv3i9VsWz9RLzaZ5RIeKJNvnMguu21AQGA+J+XGg8ReO67m848ffaSn+dE7B3DAQYuN3dQOeRp5JaEZLu2GEOr1shmbzMX6VBUWq3XvnbQB8ifhZzY2EfnbInBTUfmHwh8eKeQTC2S/HOKHCg+T8PLeMiHaChlmDjfY9ig1oXx03tK1AzS/vOK/rIi96pV6eSmc1PS1JSQyXmrGPhOxhSlzYD7F7wMPiyz6IEBhNKmOHwVSI/mzA+vOKH/hAQqoYR4i+mJqqB2aUzqjKnLBMeWdDCE+LO13PdiBjV5rhElWTUl0Si7DqJR2sH4It6XgesONXivRJ+miv9NfSiWK4kKrJeOQAUpwgw1NUlOVip2DA9BPStlkcYsvsfSY2d34OSgxgJIM5CK7z5fhr3kCy8krM/1gYDlsYG1TKcZgq3VMOUSvZnE2ZNAcKcSfP8fZMrGvgI4GAwrS1/sNMxeh0YqCYcaRyunnRJAKT35xKTLSCNY00fcbZ/fnwDiB3n0l8xJ37npfXqZBZEZd5hLgsvdYjItGVnLRCAiYRGprXMTn5BhJHOaWAqhSmupkPH1r+a8RqOuLazm+uJE8TIadpt7zKKVn3v5c3cRnLaHlS4AZqXakbRrwsM9H17VsNLmkvNj3GD2E/UDZIKHtjjysGQ9GWjMWa5flrUpe4nYqTnCzAXgIkN12y5VotT2TAzbqDXeZfB2d9xEcLboMIUsWLVxRXb5pCsXwrhiXl61WEY4hsFSBhkyOV70F1z88MAxR0P5x53OVvV/vjYxoZPVdQi7OEECcpb8AQBq0uC7vGPH16/VNiqSNp+Un0KygNxJJWZOWIETKRWwNyPdeOBOnMbUm/9BtqmYfEIkNkMi5JoLGW3eF1vTp7u+NNfC6iSJQe66aM339VGMg4KVmBw3sWYHL7i9AhR/wZQFtJ1BvB2T4LML51XBez8IlPU/PISlGqbcSmy7c1qegxWFjbi+XubNlW/x1UEBRlSZaBjZGTT0f0NbQwAbvEs9Gud12yuH8XX6y0yyGHM4ktg7en+JjZZeTIIX+0OEjMn+J50+vSYggED5B8ZeEa0yS2jgsh1xwy1wvRu5JU/CunwFafCKAgLheaanIlS/Crb5LlmQDnUr5ElMHSDpZfLv5WMEj0k752BrB3+pPSEMFuJmrjr1Q+miasYGl3jL0Vgs4kuouYoCrQHGR5CeeF95teEYkIMU58iTIiEXkiWzo3U6TUAwqGfRs5Hx6ychjIUuJAqV4ZhjYEHrqFGlsMlvrezm06EbmNEzUfYN7Xw3wmTyTkrQ6DvtbiUHIhgiJLCfYuYg5RdalgujVw7tM6B9oiSuUkDSWHkbOL/r3+MetvOxLmWl4j7kgif+LBFb5hljJ/9VMAjFj+rI4E8cWcxaRLHhJV3SNIaOSzfx2oYI5PUr0nL9GSAzdwn9PQz1DN5aPajoJlAVUR4KyOmvjvsElT+HdzPJxBc7kpZgCLecMDO0VBNSairsxuNOMA/AjFDn+TN4QOnMc5d8ofA7DJ4WvM2urmReT8/PDCMqIjIdRfdnQM+cYJWH6T0Kk/FY6UIS1MS5Msw4iA5k/TnhHPKcn/HDYiCQdd8WhNYxI7FL3/XJdl5T2fb09mrBVlrVVZNYbTbGvTRkO42bhBm/D/8+0QwOI88X/Wh0eLqLyxQqh1BLHLOZqOAsxL73UypEksinCq52cii8M/Guae3vp3JlKf1bIJkLLKUhvR3Np8dy0nab03pLItu+JI2HmdQ0vECpi0CrNC3MRYk01AtXwhJ6Wo9ysWxUtER1QZxSKwTFHyhSoYefIuV1wUko218vLqH+UpHWDbutrrV1ho2kj0Zox7oVycjRfrl84XMejXCwlSj/2yrfa6KGBAkKZ2eshFgQyfpb2CpOD3bdXQUIqawrq87sBEOUhHG2AyYTFf70qQet9TdokcIwXui12z0A+kLaG/wUTnkwfcPN9WTZjQV9ON+iTnIZNzcZg4plLE3p+xG9eI39yzKUgYvJ2HN91XHk/63P2cAnHOnyV291gp4r76cbqlBfrCAaPOIynMbGfhiv+fbATOY2Er+YFaneXFm/a86lRN0y3B+L/u8c46T8+i2W+3BhwgA/svlhMvZaCBK9UHdoldQRwMHGB1Chwbzvhtw9ACSqmZ0PMHH+ENu5CddmYdMSZ81VGrLR0Vq4fjOArP/5hFHBuOW10ikDkX87oEbU0RqR2ejLsxmHBNwAK4IJjgKfp3His+jadBvFUh0F/Ii4zQDOPFfytOA3mD21EJtZyqi46VSvVzwx/Np4ZyyVSXbqSqn/mlAwaL6hFVLl0PBNpI2xZ/Sk6Av2wZ45l876NS+fJ4LmhK8IP/3UGeFn91Chi3kjB1iuYVa0bvxWuqXJP4SqlMcZ8sIItQbn9iLQH+rOCdrun4v4gy3Wa4tXgUxOztBndNJqq0doWMO58hf5eFLXfHVlUXNAJNP/3NZ+LExM8M5hzqcf/Oq0NXEjVaA9R2rUmu8Xydp5C3xhl5w1q21B8EhzcZrbyKtr+Qs3jubbw3f0loio+gD1KAiUTXzF+PYD2t9eSe/Tx7Q8+J/YVI0pi6HUB0+c5ycea/wgkOFP2hh4aBZHH7bH/wUMHOnRWxfCVLHk9l9h5gldVsZaTTTXNo2OXHOPTWf1NqAL8+uF/86juOiesLE7W7MMcRDCMZHvzTozAuWi5ziiBqxEDwrqzJqhuooAclH7lX5cEWiAUFDEHVMtN6eFae9FUYOtT2gGZfaaSJoKoPsWw8ljEzklhEmG4e4JA0B/ULpdzrrgS5gq5suzI9fTzwtNUVL121hvblyFfMuzZDFnQ83GHKJ5iUigb0YbCdIH6zoxue7eCCOIFPw+7Vn0GUee8g5woOvMDhAUlYUeXDCHP0BGGNz9dc4aBbJvwt8EuCXYpvtpHoCSzy1IN82o0uGvWcbZRkgPGzzQogvD8TilPXBxM2T56SkWksCxkYH13fQa8X780Hh/1i2BJ8KoEVjpiFTrNCarUnv1o3nNGnmicnArg8m/Cqu9ilVXiUSh/ZBQrbr7IyR0D9tcTpl8yjMQboGlPk2pInsHKylSvuKtYENtbNZvOiRAiFXPVchOXSzGr7zIJykRlkuxuSNPY8fp5qaUWZLeHpjvxZEq1zNmB4eLX1HteAnayvSNPjDF9s2IRfc5+NuLSJ9tXWNX7GsbnFkUSMjqe9RvJZ7pH7YtBjfCI4SR6K01GMvN91RGBOGvTZ7CPNkg/FHndtyHrjJxnPjwtI0XZXw4tboJwH16MJaKqYwslThL/vTwg/t3i71oid5CiafPiWld8jCLgK0xjhLfYwAC5Q02k66/ZSLNgUSYp9U9acSapmnOj2Rv9/PiPgYfZkxDvUsCswubdyHcG41+my0aqMN+tccV/NMvQg9W69go6mRjEBUVr6Ub3wZTMjaFrXOhn7/tx7EjW4uo6lrJ2EcojDKiR9qFWAd6eEuO/TF6yGIgDtd5uTNYeRq2bXQ21kbqnqHH3B/ew9vcXueWyhChC+sCMWEDOc1+NvP3jyppF1QSxModgeSGz4E0YRcXzptKofGCSM90qwpCrX1DLbUIePtRvQeCxxD8o7wYGVeFKn+Ok7grlQJZu/9VCYbHxOq5CA5MdbEaPlkQRRe+/QZAmp04uDuYUFc02Y72tf3uATmiVU9f42i5rhpOYcr7kYuruvVTD4T/0U8oFqbIakPkxuS2a7/uNydNAFbRq2Hz2OmFZU6268GbIsALe8guPs5murgrdreRGE+WnD8Y2RCkSkZ6+XGUb5+8VcXdvsqOwFYd2OcndkHRcWQ8qn/7AKEKQF5QZ9+6t/H7LTXdpBPd7+daKf7V63EQS6g6KGmUYAap00juQ1CQkICGvapfFYKRk+1O+OYa77WNvRZy5b1BeWBPOxHRzKKlPF7TxJsDrL95VPUjt9cjVjJM48Mk5X1Km2viZgIkHY9Jp+tcNmGR8oVGFX4zyFsbQAW9prQvjaQJq9ayA5YMwQyXp1A2SCh7Y48eRBdPygsY3UN3YA1yiM0e360J2htJ7P0pzcRNVogRFbljwXJW1nL0quH9LPPzt/N3NvntUinhjSz2nsWGtJhvt9HtH4ZJ10pJgF9J/0AmgBlTiO5pwHvf1b/Ib3ZgX+L0/JWviHVi2lBILb9NNCYj/mCdeyTgv0ixyevmBa1IvOoSeo/C5R/9swo3iYWrpS9eH3IzG9zDplDg7mZ/dotfjITALpBD4luEZoidSzklpvvTqAl28/0sW7P2E8RCXo3pIrlskFQ+Ww34rhuaDX0rdAciz6RkgswsBTb/sTfvtRmz0M77nuCRL/yUv09N3rL1ZSsBo7nawjhXlSSkpoiEq5RKSk62Be69QsXXodBVVaR7BlpR8QH8nW3SFric1E0Yr4v/9g8SvmCVGpwCKs/FCZ5pmz7bB/gA0TcGGBWo9TALOeFeiRIpOFBP4HYrMdjQgCOBGk6cVMMnvKMrIp5yJ4NVVbSw7ZOUW4TTUHT4bvP00N8SF62kmfdyK4TrJfD13u7Qfcq2atRKjak8gRicK8k7iyMyoXJTWVJkmNvge03++SafxybvFHvVSaRnssKD0+CLWMprrUKZBhnPDVV/kYoMbW3RNDzSGiSe1WFC/r640YcjkiNXUYk4mwaoyjihG21qGAAAAAAA=="/> | [{"identifier": "A", "content": "(C) < (A) < (B) < (D)"}, {"identifier": "B", "content": "(B) < (C) < (A) < (D)"}, {"identifier": "C", "content": "(A) < (C) < (D) < (B)"}, {"identifier": "D", "content": "(D) < (C) < (A) < (B)"}] | ["D"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265152/exam_images/ac8tbrlqvosn5c95jpnl.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265989/exam_images/uitxjlwtehyl6geudxtz.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 5th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 139 English Explanation"></picture> | mcq | jee-main-2020-online-5th-september-morning-slot | 191 |
w7cEGXV1yv6u0sF9q8jgy2xukfcf4zxc | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The major product [C] of the following reaction
sequence will be :
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264371/exam_images/vslb1nbohxngrjqw7ipd.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 141 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267473/exam_images/qvrxzoocrt5mczkgdl2s.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 141 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264583/exam_images/pm0uxjzmcvi0yxafdowq.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 141 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267460/exam_images/fdyjee8rzesgolvbl4r7.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 141 English Option 4\">"}] | ["B"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264483/exam_images/ljuutkcytwlbm9w0ln6d.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 141 English Explanation"> | mcq | jee-main-2020-online-4th-september-evening-slot | 192 |
J5jOWF2pEgg7ZkxWJNjgy2xukf3lmbbq | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The increasing order of the reactivity of the
following compound in nucleophilic addition
reaction is :
<br/><br/>Propanal, Benzaldehyde, Propanone, Butanone | [{"identifier": "A", "content": "Butanone < Propanone < Benzaldehyde <\nPropanal"}, {"identifier": "B", "content": "Benzaldehyde < Butanone < Propanone <\nPropanal"}, {"identifier": "C", "content": "Propanal < Propanone < Butanone <\nBenzaldehyde"}, {"identifier": "D", "content": "Benzaldehyde < Propanal < Propanone <\nButanone"}] | ["A"] | null | <b>Rate of Nucleophilic addition :</b>
<br><br>1. Aldehyde > Ketone
<br><br>2. Aliphatic aldehyde > Aromatic aldehyde
<br><br>$$ \therefore $$ Correct order of nucleophilic addition reaction is :
<br><picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265943/exam_images/cxtxjnwcvlj5fgmkqybe.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267496/exam_images/e7lgjptjiunftcxnx1l4.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264525/exam_images/t0hpiudq44qr7ast7xly.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 3rd September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 146 English Explanation"></picture> | mcq | jee-main-2020-online-3rd-september-evening-slot | 193 |
ELvvCiMmYgnGGK5Y9pjgy2xukeyg0kda | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | Two compounds A and B with same molecular
formula (C<sub>3</sub>H<sub>6</sub>O) undergo Grignard’s reaction
with methylmagnesium bromide to give
products C and D. Products C and D show
following chemical tests.
<img src="data:image/png;base64,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"/>
<br/>C and D respectively are : | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266393/exam_images/xbu78l5jjytwm7eqmyem.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 148 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266421/exam_images/jwv4vdeuoi8jras8ixzw.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 148 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266079/exam_images/jurh0ixoaftol6hun1qn.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 148 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263439/exam_images/xk2pfnbc5z5zsvop5nxy.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 148 English Option 4\">"}] | ["D"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263994/exam_images/ctl9el8qsk7kigbuqgqg.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266299/exam_images/cizbjyijnhvr2atrh3sm.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266715/exam_images/rizaun9kt7kejxmghkin.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 148 English Explanation"></picture> | mcq | jee-main-2020-online-2nd-september-evening-slot | 194 |
K81XXVbNMQ1cTbNxu97k9k2k5llzz2d | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | Consider the following reactions<br/><br/>
<img src="data:image/png;base64,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"/><br/>
The mass percentage of carbon in A is ______. | [] | null | 66.66TO66.67 | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263621/exam_images/he2sodnjxdclf8rmmag7.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 151 English Explanation">
<br>% carbon = $${{48} \over {72}} \times 100$$ = 66.67 | integer | jee-main-2020-online-9th-january-evening-slot | 195 |
ikSQx38fFEKFIoGsYX7k9k2k5ibuu3v | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | Identify (A) in the following reaction sequence :
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264215/exam_images/d8im1ikoz7xz9tq3nlfn.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 9th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 153 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263878/exam_images/sukcrwwe1eyermwwjhvv.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 9th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 153 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264899/exam_images/iwdrvaopl5hm9nkhyhyy.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 9th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 153 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267590/exam_images/cwvd3sx7xuadqiqkhqxu.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 9th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 153 English Option 4\">"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263357/exam_images/ipdh3ehtipfam04efoyt.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264461/exam_images/f99fvjdxllj97tvbfujc.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 9th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 153 English Explanation"></picture> | mcq | jee-main-2020-online-9th-january-morning-slot | 196 |
thTZo4jRH0CZnLBSFJ1klrufnjf | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <img src="data:image/png;base64,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"/>
<br/>Which of the following reagent is suitable for the preparation of the product in the above reaction? | [{"identifier": "A", "content": "Red P + Cl<sub>2</sub>"}, {"identifier": "B", "content": "$$N{H_2} - N{H_2}/{C_2}{H_5}\\mathop O\\limits^\\Theta \\mathop N\\limits^ \\oplus a$$"}, {"identifier": "C", "content": "NaBH<sub>4</sub>"}, {"identifier": "D", "content": "Ni/H<sub>2</sub>"}] | ["B"] | null | <p>To reduce the carbonyl groups into alkane, Wolff-Kishner reduction is used, without affecting the double bond.</p>
<p>Wolff-Kishner reagent It utilises hydrazine (NH<sub>2</sub> $$-$$ NH<sub>2</sub>) as the reducing agent in the presence of strong base KOH or C<sub>2</sub>H<sub>5</sub>$$\overline O $$Na<sup>+</sup> in a high boiling protic solvent.</p>
<p>The driving force for the reaction is the conversion of hydrazine to nitrogen gas.</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l3wnv6fm/c8c491ff-9d69-4de6-8806-3be14d62e987/ade65320-e240-11ec-9020-b7d4d48f3be3/file-1l3wnv6fn.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l3wnv6fm/c8c491ff-9d69-4de6-8806-3be14d62e987/ade65320-e240-11ec-9020-b7d4d48f3be3/file-1l3wnv6fn.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2021 (Online) 24th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 131 English Explanation"></p> | mcq | jee-main-2021-online-24th-february-evening-slot | 197 |
QxnF8rPasnsorqAIPG1klus7k3h | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | Identify A in the following chemical reaction.<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266246/exam_images/vtxcdk5wlu8sexmrw4jm.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 125 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265070/exam_images/frzdpxiwmitodhsuzuhe.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 125 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263966/exam_images/evncfjlfsctlaoaupqr4.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 125 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266580/exam_images/sfo6oor40je2hufibn5v.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 125 English Option 4\">"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265752/exam_images/x6nowegnv2oh5eymuofg.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266238/exam_images/ohpdlcdsl9twdfih65mf.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 125 English Explanation"></picture> | mcq | jee-main-2021-online-26th-february-evening-slot | 200 |
O6iqlXQI4VzUBBe6yQ1klus9fsh | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <img src="data:image/png;base64,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"/><br/>Considering the above reaction, the major product among the following is : | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266657/exam_images/q051lyebjpljkad9ixd0.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 124 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265726/exam_images/utjojn821au5hdcbayr8.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 124 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265224/exam_images/rbwwjrjrirteeu4tahkz.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 124 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266819/exam_images/nu0fq2zbej5saqvkump9.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 124 English Option 4\">"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265847/exam_images/naivn2n8nuuiflmnk1xc.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 124 English Explanation"> | mcq | jee-main-2021-online-26th-february-evening-slot | 201 |
uPVTXW6JTEgHxcDHEH1klusa7ul | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | Identify A in the given chemical reaction.<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264592/exam_images/nsuuou2vwxzibcevaov9.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 122 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265151/exam_images/kt0p3zghm2iroxjqey0t.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 122 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263385/exam_images/xrjoctlaj523gnjmfbxf.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 122 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264088/exam_images/zznwoloekmzzg6wnbkwd.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 122 English Option 4\">"}] | ["D"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264899/exam_images/jcw6ssqd1q2j46c1lpti.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 122 English Explanation"> | mcq | jee-main-2021-online-26th-february-evening-slot | 202 |
6kgnhuCGuxmp1QdBML1kmhsh7he | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <img src="data:image/png;base64,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"/><br/>The product ''P'' in the above reaction is : | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266028/exam_images/sbybpa2wbmzkxhi0ehvq.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 16th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 120 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266345/exam_images/vxgym4at7vxrtz0xpewe.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 16th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 120 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267192/exam_images/szabofiwzgmwvby68ht7.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 16th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 120 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263521/exam_images/lkwvbjxaows1zxq6cuob.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 16th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 120 English Option 4\">"}] | ["B"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265909/exam_images/mxivlgtgevylkhdyd9h0.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 16th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 120 English Explanation"><br>
DIBAL can not reduce the double bond It can reduce cyclic ester. | mcq | jee-main-2021-online-16th-march-morning-shift | 203 |
2eFSFATAXR5ud4fcWh1kmj7c0hw | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <img src="data:image/png;base64,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"/><br/>The product ''A'' in the above reaction is : | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265353/exam_images/udy7evkidfz9pxjukudg.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 17th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 117 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267169/exam_images/p9u7gp185vzu4adnw155.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 17th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 117 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266300/exam_images/p65lquaofr4dj0yx6dgr.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 17th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 117 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266255/exam_images/cnpi2qpcszptppobpspf.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 17th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 117 English Option 4\">"}] | ["D"] | null | Ethylene glycol in presence of H<sup>+</sup> will convert
ketone into cyclic ketal and the ester group remains
intact.
<br><picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266371/exam_images/zunpnkiinlqen2dr6odd.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266644/exam_images/sawb1crwhdnx51rrpad2.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263268/exam_images/xdfffunwtbioj5fc43dy.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 17th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 117 English Explanation"></picture> | mcq | jee-main-2021-online-17th-march-morning-shift | 205 |
MpjIF1drUt6qEh2VDk1kmm1hbdw | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <img src="data:image/png;base64,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"/><br/>Consider the above reaction, the product 'X' and 'Y' respectively are : | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267087/exam_images/d3qvjpzb9o9iutgcxpio.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 18th March Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 113 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265453/exam_images/law8ngp0qp3zz92uwjkd.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 18th March Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 113 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267751/exam_images/sahkpndmadufztgv5aio.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 18th March Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 113 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266052/exam_images/xchvxt2d1qw1fiqc9yoz.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 18th March Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 113 English Option 4\">"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265731/exam_images/whyucexa0hoovanciiba.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 18th March Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 113 English Explanation"> | mcq | jee-main-2021-online-18th-march-evening-shift | 206 |
1krxava5i | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266655/exam_images/oqfruftpbb41xngjvi5a.webp"/><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265839/exam_images/gft3pbuewnuovsddgzss.webp"/><img src="data:image/png;base64,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"/></picture><br/>[where $$Et \Rightarrow - {C_2}{H_5}{}^tBu \Rightarrow {(C{H_3})_3}C - $$]<br/><br/>Consider the above reaction sequence, Product "A" and Product "B" formed respectively are : | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263497/exam_images/ik2aiqmzfqljwdsziy5s.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 105 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264575/exam_images/o8z8uqwwwduncqo3pkgo.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 105 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265999/exam_images/zfbih8janol0tbwt0q50.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 105 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264606/exam_images/pkdrhdfilh0dksokinon.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 105 English Option 4\">"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264801/exam_images/fuvxcr29pxqotawkb6ig.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 105 English Explanation"> | mcq | jee-main-2021-online-25th-july-evening-shift | 208 |
1ktb3w34d | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | The major products formed in the following reaction sequence A and B are :<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263487/exam_images/jjq7hwuwx6ykp1wmgygu.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 101 English Option 1\">"}, {"identifier": "B", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264685/exam_images/jzmlljjurmrkck8zmcwg.webp\"><source media=\"(max-width: 500px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264526/exam_images/j3oxeuiof6ynhihmfp81.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266498/exam_images/hknnabq6vfhqiip4b00p.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 101 English Option 2\"></picture>"}, {"identifier": "C", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264787/exam_images/mlgucmmecpdvqbo9yfhx.webp\"><source media=\"(max-width: 500px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265757/exam_images/enbfh8eiaqpdwwhn5axi.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267510/exam_images/tkknmvp4e6ppv5smxmp2.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 101 English Option 3\"></picture>"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264480/exam_images/gkwm4cd0vjmv2s9ygv0k.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 101 English Option 4\">"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266396/exam_images/tiuebbfp66yubawl5buf.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263974/exam_images/usuwimy6ptafvbajscas.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264258/exam_images/bofrp69ponhm9734wbve.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 26th August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 101 English Explanation"></picture> | mcq | jee-main-2021-online-26th-august-morning-shift | 209 |
1ktn03hi6 | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | Experimentally reducing a functional group cannot be done by which one of the following reagents? | [{"identifier": "A", "content": "Pt-C/H<sub>2</sub>"}, {"identifier": "B", "content": "Na/H<sub>2</sub>"}, {"identifier": "C", "content": "Pd-C/H<sub>2</sub>"}, {"identifier": "D", "content": "Zn/H<sub>2</sub>O"}] | ["B"] | null | Na in presence of H<sub>2</sub>, will not release electron
which are required for reduction.
<br><br>H<sub>2</sub> gas also not get adsorbed on Na. Hence
Na/H<sub>2</sub> cannot be used as a reducing agent. | mcq | jee-main-2021-online-1st-september-evening-shift | 212 |
1ktn1d14v | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | Given below are two statements :<br/><br/>Statement I : The nucleophilic addition of sodium hydrogen sulphite to an aldehyde or a ketone involves proton transfer to form a stable ion.<br/><br/>Statement II : The nucleophilic addition of hydrogen cyanide to an aldehyde or a ketone yields amine as final product.<br/><br/>In the light of the above statements, choose the most appropriate answer from the options given below : | [{"identifier": "A", "content": "Both Statement I and Statement are true."}, {"identifier": "B", "content": "Statement I is true but Statement II is false."}, {"identifier": "C", "content": "Statement I is false but Statement II is true."}, {"identifier": "D", "content": "Both Statement I and Statement II are false."}] | ["B"] | null | Statement I : Correct<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kwop8pxa/7298daf6-0626-4bfe-9ad3-8065a89148f0/46c195e0-534a-11ec-9cbb-695a838b20fb/file-1kwop8pxb.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kwop8pxa/7298daf6-0626-4bfe-9ad3-8065a89148f0/46c195e0-534a-11ec-9cbb-695a838b20fb/file-1kwop8pxb.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2021 (Online) 1st September Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 94 English Explanation 1"><br>Statement II : Wrong<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kwopady4/5819d067-7014-45ec-a7e0-07db3bf190cf/751f8cd0-534a-11ec-9cbb-695a838b20fb/file-1kwopady5.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kwopady4/5819d067-7014-45ec-a7e0-07db3bf190cf/751f8cd0-534a-11ec-9cbb-695a838b20fb/file-1kwopady5.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2021 (Online) 1st September Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 94 English Explanation 2"> | mcq | jee-main-2021-online-1st-september-evening-shift | 213 |
1l54zfr05 | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>In the given reaction,</p>
<p> <img src="data:image/png;base64,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"/></p>
<p>The number of $$\pi$$ electrons present in the product 'P' is _________.</p> | [] | null | 4 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l97xgocg/80c0155e-337c-49fa-a504-11891fe6c83f/e9edc400-4b6f-11ed-9399-cda4ba1d6994/file-1l97xgoch.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l97xgocg/80c0155e-337c-49fa-a504-11891fe6c83f/e9edc400-4b6f-11ed-9399-cda4ba1d6994/file-1l97xgoch.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 29th June Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 90 English Explanation"> | integer | jee-main-2022-online-29th-june-evening-shift | 214 |
1l55nirp9 | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Isobutyraldehyde on reaction with formaldehyde and K<sub>2</sub>CO<sub>3</sub> gives compound 'A'. Compound 'A' reacts with KCN and yields compound 'B', which on hydrolysis gives a stable compound 'C'. The compound 'C' is</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l57fchv5/d3f606fb-e633-46b1-bc40-cb2cf0f7564d/33d87e10-fbf8-11ec-8809-2597d7db4f52/file-1l57fchv6.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l57fchv5/d3f606fb-e633-46b1-bc40-cb2cf0f7564d/33d87e10-fbf8-11ec-8809-2597d7db4f52/file-1l57fchv6.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th June Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 89 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l57fbwpq/adc6133f-a40e-4494-9a7d-2074e3fb4317/2381e7e0-fbf8-11ec-8809-2597d7db4f52/file-1l57fbwpr.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l57fbwpq/adc6133f-a40e-4494-9a7d-2074e3fb4317/2381e7e0-fbf8-11ec-8809-2597d7db4f52/file-1l57fbwpr.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th June Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 89 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l57fbd25/a94d5374-8bda-4f6f-b8cf-dbbe95fc20fa/145308d0-fbf8-11ec-8809-2597d7db4f52/file-1l57fbd26.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l57fbd25/a94d5374-8bda-4f6f-b8cf-dbbe95fc20fa/145308d0-fbf8-11ec-8809-2597d7db4f52/file-1l57fbd26.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th June Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 89 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l57farar/9d78d624-9232-482b-8a90-efa9f48a6c9b/0383c030-fbf8-11ec-8809-2597d7db4f52/file-1l57faras.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l57farar/9d78d624-9232-482b-8a90-efa9f48a6c9b/0383c030-fbf8-11ec-8809-2597d7db4f52/file-1l57faras.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th June Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 89 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l99vg62a/2a7ec974-0d98-44f8-9402-aff4fc906dd0/9ad8b920-4c81-11ed-aba3-e33a2f44b599/file-1l99vg62b.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l99vg62a/2a7ec974-0d98-44f8-9402-aff4fc906dd0/9ad8b920-4c81-11ed-aba3-e33a2f44b599/file-1l99vg62b.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2022 (Online) 28th June Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 89 English Explanation"> | mcq | jee-main-2022-online-28th-june-evening-shift | 215 |
1l56b3ksf | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>The correct structure of product 'A' formed in the following reaction.</p>
<p> <img src="data:image/png;base64,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"/> </p>
<p>is</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l577d8ta/0df9cbdd-dfca-479c-8ab8-48c8bec7b975/ffa11fe0-fbd8-11ec-a656-a1c0c7b2ee13/file-1l577d8tb.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l577d8ta/0df9cbdd-dfca-479c-8ab8-48c8bec7b975/ffa11fe0-fbd8-11ec-a656-a1c0c7b2ee13/file-1l577d8tb.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 88 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l577ehc6/7de45a96-28ec-44e7-a6c3-963620c853c0/22060e60-fbd9-11ec-a656-a1c0c7b2ee13/file-1l577ehc7.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l577ehc6/7de45a96-28ec-44e7-a6c3-963620c853c0/22060e60-fbd9-11ec-a656-a1c0c7b2ee13/file-1l577ehc7.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 88 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l577ftx7/5efc447e-f84c-485a-bc2d-af35b93bf5f4/478dc0b0-fbd9-11ec-a656-a1c0c7b2ee13/file-1l577ftx8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l577ftx7/5efc447e-f84c-485a-bc2d-af35b93bf5f4/478dc0b0-fbd9-11ec-a656-a1c0c7b2ee13/file-1l577ftx8.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 88 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l577h0a9/71475286-95f0-4aa5-8cb6-2492e023f201/68474920-fbd9-11ec-a656-a1c0c7b2ee13/file-1l577h0aa.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l577h0a9/71475286-95f0-4aa5-8cb6-2492e023f201/68474920-fbd9-11ec-a656-a1c0c7b2ee13/file-1l577h0aa.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 88 English Option 4\">"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9a4036k/83addf21-2f0a-4e15-b150-c56c70ce5e86/0dd66cd0-4ca3-11ed-82b6-03e6b6b0aa20/file-1l9a4036l.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9a4036k/83addf21-2f0a-4e15-b150-c56c70ce5e86/0dd66cd0-4ca3-11ed-82b6-03e6b6b0aa20/file-1l9a4036l.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2022 (Online) 28th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 88 English Explanation"> | mcq | jee-main-2022-online-28th-june-morning-shift | 216 |
1l5w73iym | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>A hydrocarbon 'X' is found to have molar mass of 80. A 10.0 mg of compound 'X' on hydrogenation consumed 8.40 mL of H<sub>2</sub> gas (measured at STP). Ozonolysis of compound 'X' yields only formaldehyde and dialdehyde. The total number of fragments/molecules produced from the ozonolysis of compound 'X' is _____________.</p> | [] | null | 4 | Moles of $\mathrm{X}=\frac{10 \mathrm{mg}}{80}=0.125 \mathrm{~m} \mathrm{~mol}$.<br><br> moles consumed of $\mathrm{H}_{2}=\frac{8.4}{22.4} 0.375 \mathrm{~m} \mathrm{~mol}$. <br><br>$\frac{\mathrm{n}_{\mathrm{H}_{2}}}{\mathrm{n}_{\mathrm{X}}}=\frac{0.375}{0.125}=3$
<br><br>
So, the compound $\mathrm{X}$ have 3 double bond. <br><br>Ozonolysis of the compound yield formaldehyde and
dialdehyde.
<br><br>
The compound is
<br><br>
$$
\mathrm{H}_{2} \mathrm{C}=\mathrm{CH}-\mathrm{CH}=\mathrm{CH}-\mathrm{CH}=\mathrm{CH}_{2}
$$
<br><br>
Molecular mass $=(12 \times 6)+1 \times 8=72+8=80 \,\mathrm{amu}$
<br><br>
Ozonolysis form:
<br><br>
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l8jwdmy9/3e7fbf21-4e10-43d9-9bfe-dff593cbc5c7/dcb58e10-3e38-11ed-a29a-2f99294a6f23/file-1l8jwdmya.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l8jwdmy9/3e7fbf21-4e10-43d9-9bfe-dff593cbc5c7/dcb58e10-3e38-11ed-a29a-2f99294a6f23/file-1l8jwdmya.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 30th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 77 English Explanation"> | integer | jee-main-2022-online-30th-june-morning-shift | 218 |
1l6e2jko0 | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>In the given reaction</p>
<p><img src="data:image/png;base64,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"/></p>
<p>The number of chiral carbon/s in product A is ___________.</p> | [] | null | 2 | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc5o4id8/7a7bb23e-484c-447d-8e02-794c1ceeb10c/7a46c3c0-8596-11ed-a4e1-239777dab634/file-1lc5o4id9.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc5o4id8/7a7bb23e-484c-447d-8e02-794c1ceeb10c/7a46c3c0-8596-11ed-a4e1-239777dab634/file-1lc5o4id9.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 100vh" alt="JEE Main 2022 (Online) 25th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 74 English Explanation"></p>
<p>2 chiral carbons are there in product A.</p> | integer | jee-main-2022-online-25th-july-morning-shift | 219 |
1l6f73tkh | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>What is the major product of the following reaction?</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6gk5qcn/db066e67-6905-4d74-bb07-cf03a5475eb7/4a9b3b70-14ca-11ed-9a57-873b3ac09d5c/file-1l6gk5qco.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6gk5qcn/db066e67-6905-4d74-bb07-cf03a5475eb7/4a9b3b70-14ca-11ed-9a57-873b3ac09d5c/file-1l6gk5qco.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 71 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6gk64za/0ce02f8c-125a-410b-a2e7-ac1b914a5b18/55e84c70-14ca-11ed-9a57-873b3ac09d5c/file-1l6gk64zb.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6gk64za/0ce02f8c-125a-410b-a2e7-ac1b914a5b18/55e84c70-14ca-11ed-9a57-873b3ac09d5c/file-1l6gk64zb.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 71 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6gk6k2w/44d9c295-3340-423b-9019-05b703285459/61924a80-14ca-11ed-9a57-873b3ac09d5c/file-1l6gk6k2x.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6gk6k2w/44d9c295-3340-423b-9019-05b703285459/61924a80-14ca-11ed-9a57-873b3ac09d5c/file-1l6gk6k2x.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 71 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6gk6z26/bd8939df-08de-4913-a82f-4265fa158a0e/6d24a1e0-14ca-11ed-9a57-873b3ac09d5c/file-1l6gk6z27.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6gk6z26/bd8939df-08de-4913-a82f-4265fa158a0e/6d24a1e0-14ca-11ed-9a57-873b3ac09d5c/file-1l6gk6z27.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 71 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc8ks726/70306df9-497d-4010-9668-edfe1ba2e8ea/c2649de0-872f-11ed-806b-d74011098e63/file-1lc8ks727.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc8ks726/70306df9-497d-4010-9668-edfe1ba2e8ea/c2649de0-872f-11ed-806b-d74011098e63/file-1lc8ks727.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2022 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 71 English Explanation"> | mcq | jee-main-2022-online-25th-july-evening-shift | 220 |
1l6p7ew5x | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p><img src="data:image/png;base64,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"/></p>
<p>Consider the above reaction sequence, the Product 'C' is :</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6tahnip/97aa3c5f-0dd7-4a9a-b9f0-0f4ed4314359/ab47b320-1bca-11ed-bd9f-71db3a4811b2/file-1l6tahniq.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6tahnip/97aa3c5f-0dd7-4a9a-b9f0-0f4ed4314359/ab47b320-1bca-11ed-bd9f-71db3a4811b2/file-1l6tahniq.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 29th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 64 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6tai6tm/8b6e8f17-5af0-455e-bd05-2ff2ef820583/ba30d6a0-1bca-11ed-bd9f-71db3a4811b2/file-1l6tai6tn.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6tai6tm/8b6e8f17-5af0-455e-bd05-2ff2ef820583/ba30d6a0-1bca-11ed-bd9f-71db3a4811b2/file-1l6tai6tn.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 29th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 64 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6taimpx/f436f740-e4fd-4d2c-b5b9-6347c549a479/c6789b50-1bca-11ed-bd9f-71db3a4811b2/file-1l6taimpy.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6taimpx/f436f740-e4fd-4d2c-b5b9-6347c549a479/c6789b50-1bca-11ed-bd9f-71db3a4811b2/file-1l6taimpy.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 29th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 64 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6taj30h/7be3d835-e400-478d-8ed1-cf0870adad67/d30ea710-1bca-11ed-bd9f-71db3a4811b2/file-1l6taj30i.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6taj30h/7be3d835-e400-478d-8ed1-cf0870adad67/d30ea710-1bca-11ed-bd9f-71db3a4811b2/file-1l6taj30i.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 29th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 64 English Option 4\">"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7w03d01/546cf082-3f3d-47cb-9ec7-f0413cd7bb3f/93dca010-3114-11ed-aea7-cb6fb344ee54/file-1l7w03d02.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7w03d01/546cf082-3f3d-47cb-9ec7-f0413cd7bb3f/93dca010-3114-11ed-aea7-cb6fb344ee54/file-1l7w03d02.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2022 (Online) 29th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 64 English Explanation"> | mcq | jee-main-2022-online-29th-july-morning-shift | 221 |
1ldo2y9tu | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>The structures of major products A, B and C in the following reaction are sequence.</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldobmwbk/9069a5f4-85b5-4057-a7e9-9929814b098c/bea8a200-a3a4-11ed-ba58-bbbbd3e496d9/file-1ldobmwbl.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldobmwbk/9069a5f4-85b5-4057-a7e9-9929814b098c/bea8a200-a3a4-11ed-ba58-bbbbd3e496d9/file-1ldobmwbl.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 1st February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 60 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldobn6jf/d100f0bc-9c12-4d4c-acaf-2c17eb025291/c68d81c0-a3a4-11ed-ba58-bbbbd3e496d9/file-1ldobn6jg.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldobn6jf/d100f0bc-9c12-4d4c-acaf-2c17eb025291/c68d81c0-a3a4-11ed-ba58-bbbbd3e496d9/file-1ldobn6jg.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 1st February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 60 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldobnfod/d556b53f-89e3-4fdc-b3c3-77441a5a9985/cd9c4cd0-a3a4-11ed-ba58-bbbbd3e496d9/file-1ldobnfoe.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldobnfod/d556b53f-89e3-4fdc-b3c3-77441a5a9985/cd9c4cd0-a3a4-11ed-ba58-bbbbd3e496d9/file-1ldobnfoe.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 1st February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 60 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldobnps1/58d12147-b13f-4e9f-be50-71361f2262fe/d56a2220-a3a4-11ed-ba58-bbbbd3e496d9/file-1ldobnps2.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldobnps1/58d12147-b13f-4e9f-be50-71361f2262fe/d56a2220-a3a4-11ed-ba58-bbbbd3e496d9/file-1ldobnps2.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 1st February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 60 English Option 4\">"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1ldx5yku1/76cd7c26-9c8f-48e4-a6e5-62cac72e14a8/9a909e90-a881-11ed-99b3-79cb23978059/file-1ldx5yku2.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1ldx5yku1/76cd7c26-9c8f-48e4-a6e5-62cac72e14a8/9a909e90-a881-11ed-99b3-79cb23978059/file-1ldx5yku2.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 1st February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 60 English Explanation"> | mcq | jee-main-2023-online-1st-february-evening-shift | 223 |
1ldpo4mnj | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Consider the following reaction</p>
<p><img src="data:image/png;base64,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"/></p>
<p>The correct statement for product B is. It is</p> | [{"identifier": "A", "content": "racemic mixture and is neutral"}, {"identifier": "B", "content": "optically active and adds one mole of bromine"}, {"identifier": "C", "content": "racemic mixture and gives a gas with saturated $$\\mathrm{NaHCO}_{3}$$ solution"}, {"identifier": "D", "content": "optically active alcohol and is neutral"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1leh8dngm/fe66331e-9631-4464-9ae1-6664e719c40b/bcfa6a60-b38a-11ed-9190-ad1236f30af9/file-1leh8dngn.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1leh8dngm/fe66331e-9631-4464-9ae1-6664e719c40b/bcfa6a60-b38a-11ed-9190-ad1236f30af9/file-1leh8dngn.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 31st January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 56 English Explanation">
<br><br>Racemic mixture effervescence with NaHCO<sub>3</sub>. | mcq | jee-main-2023-online-31st-january-morning-shift | 224 |
1ldsdc5mz | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Find out the major products from the following reaction sequence.</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldsoqiue/9ea932ef-0a7a-49c0-b5cb-25596d45caf2/1cc2e860-a60b-11ed-a0ed-57f9f4967d00/file-1ldsoqiuf.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldsoqiue/9ea932ef-0a7a-49c0-b5cb-25596d45caf2/1cc2e860-a60b-11ed-a0ed-57f9f4967d00/file-1ldsoqiuf.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 29th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 50 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldsoqzj5/999aac90-3b60-4d7d-9b6f-940c9f40170d/29a6ed10-a60b-11ed-a0ed-57f9f4967d00/file-1ldsoqzj6.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldsoqzj5/999aac90-3b60-4d7d-9b6f-940c9f40170d/29a6ed10-a60b-11ed-a0ed-57f9f4967d00/file-1ldsoqzj6.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 29th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 50 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldsori18/2d4ab4db-53e7-4f58-ab54-cc2c49ac5556/37f1d4c0-a60b-11ed-a0ed-57f9f4967d00/file-1ldsori19.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldsori18/2d4ab4db-53e7-4f58-ab54-cc2c49ac5556/37f1d4c0-a60b-11ed-a0ed-57f9f4967d00/file-1ldsori19.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 29th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 50 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldsorzf9/06ad22f4-7b6f-4304-b987-d6b0f567effa/4560b450-a60b-11ed-a0ed-57f9f4967d00/file-1ldsorzfa.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldsorzf9/06ad22f4-7b6f-4304-b987-d6b0f567effa/4560b450-a60b-11ed-a0ed-57f9f4967d00/file-1ldsorzfa.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 29th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 50 English Option 4\">"}] | ["B"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1let5w3ab/1eb77b2f-2797-4e9a-87a5-bd732975a2c4/6a2c0820-ba1a-11ed-9d3e-9b2574bea9df/file-1let5w3ac.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1let5w3ab/1eb77b2f-2797-4e9a-87a5-bd732975a2c4/6a2c0820-ba1a-11ed-9d3e-9b2574bea9df/file-1let5w3ac.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 29th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 50 English Explanation 1">
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/1let5zc0i/ca3f34e2-03db-4e2b-8745-7d2c784451ad/c4578720-ba1a-11ed-a6df-698f227594a7/file-1let5zc0j.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1let5zc0i/ca3f34e2-03db-4e2b-8745-7d2c784451ad/c4578720-ba1a-11ed-a6df-698f227594a7/file-1let5zc0j.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 29th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 50 English Explanation 2"></p> | mcq | jee-main-2023-online-29th-january-evening-shift | 225 |
1ldu3yg5r | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Number of compounds giving (i) red colouration with ceric ammonium nitrate and also (ii) positive iodoform test from the following is ___________</p>
<p><img src="data:image/png;base64,UklGRowPAABXRUJQVlA4IIAPAADw1gCdASoAA2sCP4G+2Wa2LyynoLJJCsAwCWlu/HyZFo3HZ1+/rL/xv71+f+T44N/je1unW7M/hL7/6W+AD7/+lhLH632N/5D4UbaZGW0QMxeJGSMkZIyRkjJGSMkZIyRkjI9iTsssSAkBICQEgJASAkBICQEgJASAj8jNAxV194OVsigTZOydk7J2TsnZMAvKC12fCh78aKliQEgJASAkCbnrUlUbLF4kZIyRkjJGSMd175DgCS7HQ1EDMXiRke0+mO0BcSmtM1z1o1179gEroNKYkBIBezTa5gnUDmTQmRlszoAQfkG6lltgUS2iBmLxHsQ4wlud9lOD4RB54sVfl8xpMYVuFlK0H14ZcsNXODVxGdyFifE+iW2HdHAKlxk0QU5Sf2WELcA9TxBXVgoj//k/xDXq34bIfSMVB5blOGgExOeP+9/KAjzHXEyuL05TCN6JWKdptEDMXc+RZD9zT0B0nLLLaAgJHIyRrATdDPIXLQ+IwFxWr+0+PeKsTZZX+TaDx/kbIX0Y3DYp9X90aLY+ogJOHQPIkJ3gPQUj5N+gWVXIW80+h5Qc0AXAsQ3N37cciYLYZqPpqVjH0tNNM5OElKslat6enTXJrk2rFVPCFGzHHRAefu7NQNcQaLn9teC6c1roE/BfGcKScvnLpXrDldPjjz0fFM4jhkBBYEcF4TQDalbxOdeNZDzSmt01ya5NcmuTavnFJNdYoqzLv83cD5Sj5N+iLxhpOTcJ2+mMpKCKTh1UnwmeZvegZhjUNKCkfJvk6MjKkooaUFI+WjF2bt0l7kvSb5N8m+TfJvk6MmRlKgpHyb5N+r3yb5N8m+TfJvk3yb5N8tH9Q/bUFI+TfJ1uUvSb5N8m+TfJvk3yb5N+ir7ZsaUFI+TfLtZkvSb5N8m+TfJvk3yb5OjJkZSoKR8m+TfxLek3yb5N8m+TfJvk3yb5aP6h+2oKR8m+Trcpek3yb5N8m+TfJvk3yb9FRYcoFgLG9+uXXJrk12CC48YeMK2FbCthWwrYVsL6CPgqSjt4Yi9IbNCQ0K/7roxH3yQF6TfJvk63KXpN8m+TfJvk3yb5Oi/LR8xlVg/NYQIRJ6gpHyb5Otyl6TfJvk3yV2cnnXoReZJVJhiF5LAFiKbRilOgj+ANLdFR60p/YpirSno1YcWNQ0oKR8FAI9aXlsUNKCkfJXDUJ/HbdAU6XgMpzc3W7TrKUm5LSXcoP9yTladyk2/n76zdydWnwijYUjAfcSeETmyMUfZfRpXEr7ujWMjE+ClhtgFiRZkX/xHE1aWcYVsK1T3x5iW1fw9hgcYac6WmQBGYvFapwT6fLxHjCqw7YTK8qfpYPH5VMJYgwOGqYY/Vt3OkDlkXvk3ybqAXj/mmK0sJEo3E8Ze/j9cuuRoGREkKIdhaMkUeVqGkWG/bKa5NsH2z3zdJvh9Bf5ECWZAp60jLRqR2JQNZtPIUDfJv4lvaKlKPk6L8m+TfJvk3ZN8m/V6aSq/0RQR0PJZQeNzjeWLajVI0oKh3MtH0oKR8m+TfJvk3yb5N8m+TfEngDrGHjJftS0tBSPk3yb5N8m+TfJvk3yb5OmA3yb5OtymNkX5N8m+TfJvk3yb5N8m+TfJ1uUvSb5OtymNkX5N8m+TfJvk3yb5N8m+TfJ1uUvSb5OtymNkX5N8m+TfJvk3yb5N8m+TfJ1uUvSb5OtymNkX5N8m+TfJvk3yb5N8m+TfJ1uUvSb5OtymNkX5N8m+TfJvk3yb5N8ldK8G3yBawn6zhaGZPUhsEKZpl5dKUFI/iW9oqKBfCGEgQ0oKR8m+TfJvhLlNtwhgo+q1J/jnCXpfcBhrnBPPipmlZv40rFg8YVsl+1MBZf2ZKKgK/dvEKYIGcaSlv+cZ2tWap7b0NfNVOz8QID//W+NCl6TfJvhJOTgP/9KeKe4OYj+j5iNh+/HwYh+M1xj1ps5qpSgpH8S3tBCpGQtZBN9Vi2WA4iQXqyh5uYf+uXXJrkzZLoLOu03nXIqvRQODd+e60XGHjCtkv2pZhZ9BDoUjnTohhR2BH1M465NcmuTRF6flfB5Kk9QUj5N8m/iW9n5W1LiXv+4hiz+0ZsbdbtClTYabnjVV06T+0voLH4Kl1ya45lfjNXANetv6kIkrAb5OiIek3y7WZXlOoZJnl6JvSCOq733b/nu+YmNyF0oHoAPyXoX5uk3wsesC70YHEvys3H+1XH+r18SxhXK3unGFbJftS0EvlxmkL5aP5KhkpQUlsqZ3AVbgjJSgpH6Io+TrcpjZMgij5N8m+TfJvk3xJzahpQUj5N8m+TrcpdAAA/v0TwAV0tqDJA3ABuwsBe5bxR+NKJGM9vaogVzPz08C0+1Xyo5DaxFXP3LF2kaeMrVL/8MDzZZzXCCE4aSGJ7aNSfUV5nj6x7rtL5FFwuyLgKnCOPlSAQ3sQDlxOhwdgllWSHkOPhRr14FEw3Hmewf/Sw1xt6KTyE8jjA5QqoM1/lVMzmgzj/6OGEafGoW8wASwYh+T6I2ga7jomcnVeO67ftbKfwHEu83vaxatwfJq5fOHZhWpk3J/bqxpudccEqqP1N/auMjv+hT1f+LyRTiOD3i/p0GRak+ti55NL/3XWCWwYHxu08UhdgELBO4vJOi3Guf/RsLxquBUnkJyu5o9z8j/PRpBBjWkq4XyCRUQG4pVTR6cXuWqM+vc9L3QouxdHMu4n6+OTcTW+CFONQ+aExl5doeSRrEr/K+JE/oLecTw/ZWY2LLKL7lKW6B5VY/NUhJhSEd0XMA6QBsWCkFELPBxOjwmu+/ZLuMVQWYCeqQHb34jH45HylRMq9gJYdLByVXgHU0m9NOTrm1Qv2dC+6NBc4H9hOoH6v75fJap9aKqrSNcZsF/YPB3AYPNAq4Eo3jQlWEXuj39o5xYxNkGcqVIIlB0WTEi1Mub/H+wc7dToqLZR36O1lTLbcR/IyaLRzgmQEODIVJ4mGMrG4uUXEJx5oy4lR+o/R3MfsT2TcPlnQorO83GYTZ/374fx83lrNylE/wXqiUUHOo+YYNIweMlYAgzenM683pCO6KYExHvUaCMVyRwvAq6T4DGuyAbAhJGlpp5uPpaYDqbznoWvEz9Bk8bnizvYUWOnGm/l6Nx6mSIuaPEX5B4eemgMHTsDAsyEnWuezv2x92GsUioyatcQW0SaOWzwfc8E/bw5rhm+1uW05if8Sz2IMfk5eTtnk1mwaxN8ltsuXP38W40gJyOBbk83XDA/HsVsgT/6WROnsrq/CHJGNv5G/lO++3xGASPJQ0OIyM6sxOg/sSFrlLn8ApFr4FSqOzDXYsCJ6HwKV7LbmboyItQC/cLoCfaoyk+1TQPh4HcbrhZ8glEHSUcgBsOF2xLNHncNgFB88sk8ce97gF5vnzSshHJHDCCB2E2bYZAWNe0ZNyVDqeCVuKLI/yYndYokFzUU9SlhNuB3aHqZkpWH4B3wh9Fm4mP5JKFUPlwGgnGDot6ZNAXpKnMAADPUAAAAAAAAAAAAAAAHcK+Smx5kX1ztaj+zK4i4N3gAQBtBrzfuozeTlb0Ez7FP/OOz50zuNyyV0lQbIWV7+ZnQf0EgAAAoFSWGB3ArbL0dLJeGdZWo6yBIUQAyPbCGzlIAdy3FFkgkKC3FFkkHLZbjKntNuNgv65v38VQJvMaTfcGxi2cZR/AjswpRYhlGCpltuedWvUztKJ28l3Ppjvj5nvGE1mfjNJUMAARNEYrzSAEGZbCwUgcvvMt0xBZMwqraQFdRYKQU5qpL6byl783nwRXCOcZz+60sSejbe0dTni3iEIgX1UgD4atVHBx/ShwdTkjLr+YtoE5Hw2t2fyB5CrYXYkF4gS3t+TtsU4C1CWHxC6gxp/QrbM+DWoyIw7ei3SRhSHyzMdl0GvrnEtqo/j+Cow6ed0uL2CHd4S4lFnYiiJEhW42tn4/4Yq9TC2PZs/+l5MYbIGHt6KTyE4lgAVOQ8JbDBuHj5rdWHQlMDcDZNn3hNLcS7lh+j/42ap/Wq+JJqDmJri/TNc+4PNpEHVW+ZSEaSaeNqfaP/jaRweDuAweaBPS873dm67ftbKfsCvVXkAe8u4d23IRNH/k6R+m5D6lCgX5gXH/SFZOrU6pgxjG/dg0qSO7okKZLUhdOCauwlFwOljfmQ9TatKW5dxie8ieg1xm8xE2CneKn5Gvmg0sQgAL4td/Lsd0EoH89rRaly+Mam01vzSiPJBY7p36uz6ntE9+xdKC3HBH4IPPRw5cELpLgWsvvMURqROOTkUbly9x6N/3Ybm/Sp6ml+KqtQak1NwXAsF9ILUV3WDQoaxWybuqepIAiNVH7RkjXI7jhUJ1OrOYEw93xGgk46vEA6TiFpLp8FGc8PRAJdSABf0B29t6Dl8RKg2GRUZ4B3+VKWSMs1UgD4Ry/2LoL+06l27SBBsLWfAAAArsAAAAAAAAAAAAAAAACj0vWv9EwBY15CBTEP4Dc5G1z22B/jx7DLHdICXEHNoxfmqV3G8icb/nf/zmC1afeFBHtHn1DUzt3kzQgJ/VSAvGE4NH/e+M/5Db1x5B3ELMe/PWhBvFqJuPF8k+E8KRIVcs0AmppGCFpeRVqhkn/NiD1KB2LSkNgU1bvXUj0Ay/cFuJoFpk+RgWAO+rw+pAywuFRnGPxXIpdxObimTykeduMqgLZ59aXMn0WglFLrHtsRxlfoiQkXyONQBGepiNHWbimT0QRjOZD8EDwGDwdwGDzRYzECEU/9zGP4QAgG5dJ+3Q/bmkakCcL72XmEOoYtTatKSdnDBWg0rS4Kr+8EHvf9OOECPNxWFyCbLCWh6IWCji/O56r3Y8HoiZqgKYq+IPU1xgO5rpqQygr3dH8cV2U1NJvXqJSeTrp26Qq3FFfSVJZ/h5lNElDDxEsdLRLC9Pf0xVB6uLtkyKVu4QxjcgQhTTonWGCZmg/ZJxVRtSZhiAgH897AmLQ0d1vGRPD3bt71tJNLEai65kmr/6RCBwOF6Q+i29kJt8loatsgVRuKG6Hr2wX+0biP4PwNQ8HcsvReJYbsCDdgacwyfinoDmIvKHZHaom9OyeNpCtmODV8SnDzzSoNOkPxtXuta0NAkolU7Z6j+/rOFOok3ikuLaOp3dFwxf9ELKe5vm3lefiBnBb0XDF/0CqKT+heoRaFONpTVeU4xunB3dJq7fK7z5lIsDiNwalrjNgvA1QBugJOw8cNpf7+rM41PDk7IahKUvM4vxEEy86/oss2+WKe390Mebl43E1vmCMfABH4txD/YRPCUFDcCTcEM/OnC3BILlhEDnoIZAAAAAAAA=="/></p> | [] | null | 3 | <p>The compounds which give red colour with ceric
ammonium nitrate and also give positive iodoform
test are</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1leduyj4u/2278396c-6489-46a8-9869-a47d5ece61b4/e7df07e0-b1af-11ed-b7fa-bfeb56271a67/file-1leduyj4v.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1leduyj4u/2278396c-6489-46a8-9869-a47d5ece61b4/e7df07e0-b1af-11ed-b7fa-bfeb56271a67/file-1leduyj4v.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 25th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 49 English Explanation"></p> | integer | jee-main-2023-online-25th-january-evening-shift | 227 |
1ldyfyjf3 | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>'R' formed in the following sequence of reactions is :</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1le04d2on/00f8af91-706b-4e4c-9b24-ad1debed3ea1/b55f2e70-aa21-11ed-941f-c1fe7282a96c/file-1le04d2oo.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1le04d2on/00f8af91-706b-4e4c-9b24-ad1debed3ea1/b55f2e70-aa21-11ed-941f-c1fe7282a96c/file-1le04d2oo.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 24th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 46 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1le04dq2n/0cc57898-3827-446a-aa97-4a2dc0bad230/c7706cf0-aa21-11ed-941f-c1fe7282a96c/file-1le04dq2o.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1le04dq2n/0cc57898-3827-446a-aa97-4a2dc0bad230/c7706cf0-aa21-11ed-941f-c1fe7282a96c/file-1le04dq2o.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 24th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 46 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lesl1a6t/85923ede-834d-478b-8efe-0d55a178524e/dad67940-b9c8-11ed-9339-bd1a4f4808c2/file-1lesl1a6u.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lesl1a6t/85923ede-834d-478b-8efe-0d55a178524e/dad67940-b9c8-11ed-9339-bd1a4f4808c2/file-1lesl1a6u.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 24th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 46 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1le04eqy5/30caabb8-fe8d-42c4-8e41-75adc854d188/e3ecc0e0-aa21-11ed-941f-c1fe7282a96c/file-1le04eqy6.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1le04eqy5/30caabb8-fe8d-42c4-8e41-75adc854d188/e3ecc0e0-aa21-11ed-941f-c1fe7282a96c/file-1le04eqy6.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 24th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 46 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1le1mxzi4/97e97360-8fbe-4203-952c-91ace3513fb6/27e18ad0-aaf7-11ed-b086-b1e8db5b8b70/file-1le1mxzi5.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1le1mxzi4/97e97360-8fbe-4203-952c-91ace3513fb6/27e18ad0-aaf7-11ed-b086-b1e8db5b8b70/file-1le1mxzi5.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2023 (Online) 24th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 46 English Explanation"> | mcq | jee-main-2023-online-24th-january-morning-shift | 228 |
1ldyg464l | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Compound (X) undergoes following sequence of reactions to give the Lactone (Y).</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1le04k9bv/f9273272-ba8e-4972-b7ba-85500d762627/7d2b67c0-aa22-11ed-941f-c1fe7282a96c/file-1le04k9bw.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1le04k9bv/f9273272-ba8e-4972-b7ba-85500d762627/7d2b67c0-aa22-11ed-941f-c1fe7282a96c/file-1le04k9bw.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 24th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 45 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1le04ks8r/e55301e6-67e6-4d5f-9bf6-20ef91002346/8bc7a3c0-aa22-11ed-941f-c1fe7282a96c/file-1le04ks8s.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1le04ks8r/e55301e6-67e6-4d5f-9bf6-20ef91002346/8bc7a3c0-aa22-11ed-941f-c1fe7282a96c/file-1le04ks8s.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 24th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 45 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1le04l9rb/8cb65a42-b3db-4f8f-9988-2baed691aaad/994f3b70-aa22-11ed-941f-c1fe7282a96c/file-1le04l9rc.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1le04l9rb/8cb65a42-b3db-4f8f-9988-2baed691aaad/994f3b70-aa22-11ed-941f-c1fe7282a96c/file-1le04l9rc.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 24th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 45 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1le04m25o/607c6d32-3ec9-40f3-b67d-e63a098170a3/af3f3ac0-aa22-11ed-941f-c1fe7282a96c/file-1le04m25p.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1le04m25o/607c6d32-3ec9-40f3-b67d-e63a098170a3/af3f3ac0-aa22-11ed-941f-c1fe7282a96c/file-1le04m25p.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 24th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 45 English Option 4\">"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1le1wwj6y/55764104-33e9-4e94-b511-cc2226f4f1aa/1ac378a0-ab1e-11ed-9be6-c1b6f13f48ff/file-1le1wwj6z.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1le1wwj6y/55764104-33e9-4e94-b511-cc2226f4f1aa/1ac378a0-ab1e-11ed-9be6-c1b6f13f48ff/file-1le1wwj6z.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 24th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 45 English Explanation"> | mcq | jee-main-2023-online-24th-january-morning-shift | 229 |
1lgrl39go | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>In the following reaction</p>
<p><img src="data:image/png;base64,UklGRv4RAABXRUJQVlA4IPIRAACwZACdASoAA6UAPm02mEikIyKhI9UZUIANiWlu4XPxG/OH8sf3btU/y35X+iPhy9Te5XIc6r80P4/9s/1X9788v1t8X+AL+Vfy//aeJDsbQAfnP9p/5HGn4gH8187++S9X9gL9M+iR/3+Wj6n9hH9eP+563f/////v2/d32hBnbqOIK5u3j+4tajcv/9JCkJLQtlVYoWyqsULZVWKFsqrFAr0jDZB0R177OHVYoWyqsULZVWKFsqrFC2VVihbKqxQP+qZFkO1Ug/+fggN3/SQpCS0LZVWKFsqrFC2VVfw5I9u/0RRkBJaFr7IPoRYoWyqsULZVWKFsqq+c1dhV3O4ibvf9II+p2g35CkJKMohrpnGTIxD25CubFEHqpD1sbL3uL4twkRU1VsEn+uFLp/0kKQktC2VVihWYUbAG9AZqAyeznv57vztI+ge9QVd+ttE/EFfOayRGpB/8rOKl6s9tHN1HH7acJrg2tZu+KFjTtkD4HY/3ncxoJjB8Tfz2bm8zR4nxphDSqV5Zi9A3M+bfN6C231VNeSuYSwHvIYoMHg/WFn9OcF0Lm/faDKzjvlhQQmSmfI9tBLwHXgSceJBPhglv5Lya5Z8wZdPJfL8dq79NYnS72BlH9AGgFAmQdnbt7w4GeMoXeMtBZNl8+Fb/dfxdX3DAqYTw85SifpZYc7mbpFHkqq0/65/CehbeKo0lFJOgOQEZsRaVBZJlc730eKxec2WiJtl647MRjyPrDyzNHUEsyFxarRplJXdlUdQ3SujVL0oVkzwOnTM1DwuaaAPe6HyDDZymgQkO2ZX8NPnLqerifrXMYJ590frlEjtmXeggYpZgYwNg+E0xARyKiqxtwIvEnqemh/nFCQql0V8A6JPKqcLDXTQgfGYi2VYWAJsHIHioGUhJNdyuXcHDa/QcYLMD6KMwQ+C7iE096Q65psRF+Ra4kQ1fIfQIy87+5a+5zdiJggMfoyJXUJ4q+ECyx3VaQktC2VVihbKqatmCcRbWbhABo6QVSxn76ycXDFgukOYVRjfAz+3OKkH/6SFISWhbKqxQtlVYoWyqsU4j9VOKkH/6SFISWgQAAP7/jRLpdd99T2xfwMxaS679vF8Soa3IkNSRHpn4KdaDk/6OSnBvbvkONGyF4HCLo/u9cOs4cyfOoLulKwJJvSHEeWUB2mvrjuAACwHcEo3GGbt81/6OQX6mdWwkotNCa9++jvJ2NqomJkv6Pk7HCNDNjpEaD/OTS//y4CvUcOscRaCNABU3h2v+/luucwceLEJSOaUNDQoDqjjmzSMbjc5RpmhmKOkmTBUb2cLLp/ae9+x8adFotHRwCpo02SmgIxTR7iRJjTa5xQOvpoPc1rW6J3+CFpGuwInjpoW0BDWOZZiwskQYmoMgVj9ri1yXl1Xp93o0e4m3hAMV4hJsTezLpZPqS2wvSY04Zk+m+Fo4ZfVxf/FYZ14b8Y4TOFgX4lBzz8kKt8oraCz36Io+8mBefoUd86NwtsoSfQMfNnHzLuXbTIIxYgoEySkrwyc/ynB6GPZyw5+lqGdICVuFdDyFICzTdZtjcDteXHJmNr+3av5qSvijxXGfsm+cO02/9FI3D8fGJFuzFUwxOOrrhV2X5NrlbybfJHhu1oBIIhiJXUt8DUnj3l5b/hovHJT+LEs+8xkIGYjNUH0CUkfe8jpktgR4ZdTtAMZDTk6zG7Rz+sKNXQnoRCZ6oHOnWGX/ZxRS645ZekpfUnB9Ka1s9T44tOfGPPfS4f4NRbljJAYw9AImRIKpnJswdkos8iD5TNVyhuolvHne5pqnPi6IA9bDyqjcQai4dU38faEoWt5I8CO1mi3R5iw1SlF8SdtUCWrQU2SyEKv/ZWGg8Q+ohxZN20p0Lvd0ds3DXvTnbaNc1fvTLdMzA6Gx+U8IGfMVCTRQy4MgPlBm7xkdzUqX9xHkAXJboP0iweu/TfEC+Oha5rYtlVaudGB+Yg20g2rwFUysRA3L4oAq2biYVjQgU0hAvaeTgJlRQtPb3qF5WJ9agF3OUW74PPXR8G89BzSOAG8WO8nonz47KqmhzucWvk6wBs8lHCG1hhgviK8KzB5/jrWcKFXH/R5dXZLQ0IGcwMY8a8t9pVDtEATofoWC0/g+bJOH109CsjO+ZyiFfwoOO+lOaUnYXnOYVUE/5h1sQraUCC3mv3axVEyG9q10hrgN1BjepRqP3tqiacZ4mwSv07NQmGGbHNmEbTO5cMZaZWCh4UWks1XzwysZTK9VJjvd5FhnKAktRaDj+XiIzsM69AmiYNVbxq+TPH6eFdkmcJB7Ds/1Uw3RmIxPH8Yo/tLAdQH0P7oZ5GMizPbyjlqH1y2wSigbo2OeNtMymOYEDdBw+ykYDunNiexBX1xj74kHijerX/NgFs3QHIm1B+zWk9D+qSi3A0QAVxQVlFbWDL+Wy3bpKpD0HLPvPK6DR+HIPnbDYzysWLkkNNzmnuZ/W8K63FLx9f1z0GCdWhLn7uXQSWCMcIDxHJXd61LocNv6+wydSNaZ6ll3MemabwhwXJSu4RsiHmUOLh99I+WPuZmxPOcLshiI4Z1C8r98QzdThD5bdCt4rymj2EZpnkATzOrQENBealDYxC9YjZEgaGPCrLvdPdwRNSA+3j2rYK/Zg2GVWW8+DYDd/J8FM5geqGo3zZnMtHdIlouAg9RmEGSIxsukHH/ZUWEreNwK5+EyjUfI8rkuseTvd1X1677gSzmzn6Onqz/WYzfiHBGWSTs8zsADA3Ut1QFF13RwqwiemPu0Lmw5QpfSZCL9HjsCgFDf9EJVfI6SJrOhhRKbVGQ91FKawajWVZapn217Xj8LzqrjAbH1tNbO7mE+6KXd+IhTxt+wthIzuWK9dznEBsK3T2K8neKJRS4GeZItpg7q4vXmC9n5WcCq8xxb+uYFiHLnm/0t0gBiTGs2JU1P+y7jWHvqrbHFJzSdFTkzcJXiu2WaygRohsFMKqFGJIbVj8Ge/T4jnauvK5NwwLDQwyMwPuLjE9AIvL+vE85Sp9DYOf8WV2D4xDs6MjO/1+7Xmy5Cd58qpcmlKT3xS+Ps+Qrs1Gt2BgQh1o7h5ZOQsUnDTDWBfDPTJ81U3SCpBJ6CtrfrkK2s3kw2uZ+jQvE+QoSXYFVN7JcTTtES47/TWnnDhafGwmv6XOQ2eiQn9OYRbbF5vE4PgJxgIAlQ2kpTVqJ/q/cLpxP8BWKELCPPQOGShQZjMAwLD1S3xAYrjYdUsvrSPKX7xNSsCkY6OkI1o19r8LcBTUHFwfkYrXwIJwDlgaQ7g5Q44qhTgMJ8tFLWWGYn46BBupsSXpwNuidqfoZZ/ysBLJ1nRpLfa83N57YpIbcLePYgOiq4TkIHIAObiCB0KgRPdH+noVjPd3ygOI/iWA7XkZ7i0HbzqIXi5x8yckVenJtOlOflz3SvFT+9+7pu07Q9riB6rrmszmvgW/SX+I+hTUHfJGnGQrdqw67YJFibbfjRUNS2Azrck9WwWaM+7T/0K7pjX2taBjtdUCfNoFNc+kN+Jy084VyrwMxx/jzXDA+Nr2RHRzFcPLV0kj+hcwMQLr/OAmgCGqeTOAAcZl23X+ekB58M8yIUnFUKMiEnEPs0UJ5My1wx231S2/H4B7JawEtotrz/+LsINXiu1DSTWKZVAquIlP/N8XXMWibur3r5vcF9XrKDrd2IHPWP7+RtMorVzms6b+MwqHAdALOVvYMpe3sZIOLlSGTm8AHGOsys+tqnf1mpJ1d6IxAQBHvYrtT8pWHw/BvAoY7/MX/3MFsv6bdbxKKYk9leCJ8V1lBL+ZC9+A9Nn2iinAkaFTY1Q2lQhymo/Sd18SkM1dcwJrZXxRq58pObH48ktTQjAI0kvmUtdCxQtyZaYspXcAe6f0h4KDd9BUfILlW3nplrlsQDmcT8I5smSdijnkz9SVFoN+JDnCHDxxUoWJzR/XGK1TXyitN7qoitvChekO95wwrO/DouJ2dn+SCRK352EVbiJUzkgNMj/WxBhbMKVprEXXt55LAc9Qdqx1YAV+ZRXhAsqDBU4BZKDi9p27xJx3alUlbl2Jzdb4a7KuwtF3IMWqSTMB2NzcZbNmZhFxlK9699wDEJZyIq09bqZws1x3i43T+y9yi84lh1eb4wz3KVEDaTHw5YyijJfCugKeLBjXB4V7jPvzEkCXXUlRbmnGA4I0t7uTezmyv+kvg/h+4Lwfu+s9jd20Ja/CjxCQDPAAa9FnndZpBZle4m0awFO2RvkfsAm+m+tOe2X6wJqNgBwd0uuPV7YGAJQLHHhKW4aJ5vxA7OLcvrV01/nrljRg+MdO0didRf5leUYC6ZiSy1WFDwW9jyT2nFMFadixSkt4MVxLH8IEV08BIew7wANZySLy3BKcbkY+eDY07HpLAa+I0iIKQ4PrVOEfOToG6c0ykNzyrdSc9vrZuZXT1qJdaz2ra0hmWXKK9DHIcbrps1cLEBqUYRtt+ReTl00cIgisDCUaQpC0vAZg2H/fZ8VpnHt1/OT8TPBlcruqSwrwKJeLzemgwi0/tJ05Tvs1aKeTmD4cs3o8D4KgBGj600NoESTm50kLiE5WGOX4lzi4SZ0YAkXWZNEHmn/LlJaIq/FXiAvdv5AofjJ+u8903Bsy5P3DP9xmT0SR3IQSEyY7RHjQ1z5ciKbD2yjTi/rWbSZYQb8W+E2GZpks2mFLon6qpyfPiF/gPR2LP7aKdzLqFUIv/1glLBNCn/aS7VqHxk51RzOOAcmiPWi/JzByDra9tg39z/2ulmsbqXqOE6OWULjROEksOoVHyZWTCZIqqrfyr6ArpuETUHO7Ryvan1fa3+DPzLYDKGua25oYEaIHqyzON2qdK3FTO9MNOcv0lbYLukkOShQ2gj0wwN+b09kg+YrSc0YCslMpy13hmHkptU8e+tPImmMvOvKBIq0UZ5ImrPC/tELtlDRBupZq1a4+JJWK87Srfw9eNxexupe7XD6hqJQVBP2KXtfUmTjg6uwiAGslOTJUqmxCLhoGFPq9KCZ2MZx03delMs/NeBPhyitTESip9ArjplNBDiOWDUIge2VZj4vLZ+TLDba8NnFPuM2EzVIUai+z4t+de6EBYHKaVEvOgG/NC1zEBuqnCPm9TfY516xjlszUmicCDR6JAHuhMhHLGntNxPoQxs4vOGHZKCrnhC8k1FxJDaty15P3BlB+GTHTmyKx9GXWPrrEGg6vuJF0s0f7Kv/avt+0V0uEvl7Ox9mXl/k/yQVx9Kc4SJ/AlHkE3pbAcKsIGByeAVxT0z+CGYCBoatmBZy0PYSuccUn7MnB5VUMrDNXIXcJXkspXbRxGfJUwbOCy0UvQXmLoV6GjbxbxGf99uRRSvOmuuGGzflYHu9KKmd8euU+7howgy3iyo1pg9tYGD0FdfP3gfRZF69CnKdTKY7JKxF79qSQZ7dXs19ZdmjDqWxESKIy20k8DflkFAqvGXzwRTaMxvEZNAJdbZI3/v94tjZhxS+MbDU8G/98Ys59uqVF8ult1onDpl1g0RCF/Xpx+b26LRJrjD3Q2P57d04TaGUz/7r62kl75hKYTw1hPRRC1hMRygmBWXfyv1NiyEhfJqEbAtwaQbliqKCRLH0NlobccHGqFOcHb0dhWWdME4SYhtjMuQhn8IaoKmwn3cN1/wDyHmbUs6pvmFMmHv18deOybnQl0A7tHDIIFyKudmOO/zKXv6LayiJPJZ5iU59wa4Qfrfk70lZDYi/IPCFqWaCBpqe66p0QR3Fghn3pfELuZyjc8DhO0QEWEMgFaCO11x922zcAL/xz1d0PgaG44Nyg8/MoAgwsWYzzcoCMp5Nb0WAc/09MIX/2yhsWnzHQEPEkqi73F5WGPDMrSX0kB/cCeOnnuweoIypjkY7gnj4mKSnrmwJdRNRuhYM8DKXVmeAzOoW8fcS4m6T/dqvOOsMxopIPFi2I6FZvxhCaXl2/v2FRW4g1IxMZwf6jSJxpLG2VhU13LTmSbq6xzkPgDiOJExTeU5MRw2zwm/b4wi5EO7w1+boFG0/CUdSCG3kJ2LjR6pb53XQqqjirfKM0E3AsgjK1oJHEyQDLQPA+y6OlOUUK6Y1gz4W49A+niin2rKd6VBsSzwAAAAAAAA"/></p>
<p>'A' is</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgsdpl87/33e5a6c0-ce46-40fe-a331-9970ba77a413/a4826c70-e144-11ed-a8e4-b7bc072b4abb/file-1lgsdpl88.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgsdpl87/33e5a6c0-ce46-40fe-a331-9970ba77a413/a4826c70-e144-11ed-a8e4-b7bc072b4abb/file-1lgsdpl88.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 42 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgsdpxsm/6c64a931-fad0-47f1-8dd7-65c42a7bedcc/ae379f60-e144-11ed-a8e4-b7bc072b4abb/file-1lgsdpxsn.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgsdpxsm/6c64a931-fad0-47f1-8dd7-65c42a7bedcc/ae379f60-e144-11ed-a8e4-b7bc072b4abb/file-1lgsdpxsn.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 42 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgsdq7ih/3a38b911-2613-46a4-b7fc-166b73de0122/b5b99ea0-e144-11ed-a8e4-b7bc072b4abb/file-1lgsdq7ii.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgsdq7ih/3a38b911-2613-46a4-b7fc-166b73de0122/b5b99ea0-e144-11ed-a8e4-b7bc072b4abb/file-1lgsdq7ii.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 42 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgsdof3k/aecdda3d-e532-4162-a904-b28afec7ffe1/83f74700-e144-11ed-a8e4-b7bc072b4abb/file-1lgsdof3l.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgsdof3k/aecdda3d-e532-4162-a904-b28afec7ffe1/83f74700-e144-11ed-a8e4-b7bc072b4abb/file-1lgsdof3l.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 42 English Option 4\">"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lh1qwsyi/a1a962cc-2184-4608-bcbc-dcfe03a34097/51ab3fa0-e66b-11ed-b7c9-957e12d0338a/file-1lh1qwsyj.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lh1qwsyi/a1a962cc-2184-4608-bcbc-dcfe03a34097/51ab3fa0-e66b-11ed-b7c9-957e12d0338a/file-1lh1qwsyj.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 42 English Explanation"> | mcq | jee-main-2023-online-12th-april-morning-shift | 231 |
1lgrll0qx | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p><img src="data:image/png;base64,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"/></p>
<p>The value of $$x$$ in compound 'D' is _________.</p> | [] | null | 15 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lh1q6jx2/a78e9235-bcbf-4abc-832f-1417908c449b/77a5df60-e668-11ed-b7c9-957e12d0338a/file-1lh1q6jx3.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lh1q6jx2/a78e9235-bcbf-4abc-832f-1417908c449b/77a5df60-e668-11ed-b7c9-957e12d0338a/file-1lh1q6jx3.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 38 English Explanation 1"><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lh1q811z/e44e1722-d291-4879-9228-9cbd6fd174b0/a0b1d670-e668-11ed-b7c9-957e12d0338a/file-1lh1q8120.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lh1q811z/e44e1722-d291-4879-9228-9cbd6fd174b0/a0b1d670-e668-11ed-b7c9-957e12d0338a/file-1lh1q8120.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 74vh" alt="JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 38 English Explanation 2"><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lh1q8pwo/6c0e9c61-85ec-417a-92ad-a745768445a5/b3e48a80-e668-11ed-b7c9-957e12d0338a/file-1lh1q8pwp.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lh1q8pwo/6c0e9c61-85ec-417a-92ad-a745768445a5/b3e48a80-e668-11ed-b7c9-957e12d0338a/file-1lh1q8pwp.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 38 English Explanation 3"> | integer | jee-main-2023-online-12th-april-morning-shift | 232 |
lsbmv400 | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | Match <b>List - I</b> with <b>List - II</b>.
<br/><br/><style>
table {
border-collapse: collapse;
width: 100%;
}
th, td {
border: 1px solid black;
padding: 8px;
text-align: left;
font-family: "Courier New", monospace; /* ensures chemical formulas are evenly spaced */
}
th {
background-color: #0000FF;
color: white;
}
</style>
<table>
<thead>
<tr>
<th>List I (Reactions)</th>
<th>List II (Reagents)</th>
</tr>
</thead>
<tbody>
<tr>
<td>(A) <img src="data:image/png;base64,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"/></td>
<td>(I) CH<sub>3</sub>MgBr, H<sub>2</sub>O</td>
</tr>
<tr>
<td>(B) C<sub>6</sub>H<sub>5</sub>COC<sub>6</sub>H<sub>5</sub> ⟶ C<sub>6</sub>H<sub>5</sub>CH=C<sub>6</sub>H<sub>5</sub></td>
<td>(II) Zn(Hg) and conc. HCl</td>
</tr>
<tr>
<td>(C) C<sub>6</sub>H<sub>5</sub>CHO ⟶ C<sub>6</sub>H<sub>5</sub>CH(OH)CH<sub>3</sub></td>
<td>(III) NaBH<sub>4</sub>, H<sup>+</sup></td>
</tr>
<tr>
<td>(D) <img src="data:image/png;base64,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"/></td>
<td>(IV) DIBAL-H, H<sub>2</sub>O</td>
</tr>
</tbody>
</table>
<br/><br/>
Choose the correct answer from the options given below : | [{"identifier": "A", "content": "(A)-(III), (B)-(IV), (C)-(II), (D)-(I)"}, {"identifier": "B", "content": "(A)-(IV), (B)-(II), (C)-(III), (D)-(I)"}, {"identifier": "C", "content": "(A)-(IV), (B)-(II), (C)-(I), (D)-(III)"}, {"identifier": "D", "content": "(A)-(III), (B)-(IV), (C)-(I), (D)-(II)"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsf826hv/5c044cb2-d69f-457e-9cce-f143fe89011b/f3fa6b30-c79a-11ee-9d3b-8791ad54b50e/file-6y3zli1lsf826hw.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lsf826hv/5c044cb2-d69f-457e-9cce-f143fe89011b/f3fa6b30-c79a-11ee-9d3b-8791ad54b50e/file-6y3zli1lsf826hw.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 1st February Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 29 English Explanation"> | mcq | jee-main-2024-online-1st-february-morning-shift | 233 |
jaoe38c1lsc4sj34 | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Highest enol content will be shown by:</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lscuwmmj/911cc9d6-458b-45b2-bc84-94dcbf7f0615/f19af5b0-c64d-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscuwmmk.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lscuwmmj/911cc9d6-458b-45b2-bc84-94dcbf7f0615/f19af5b0-c64d-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscuwmmk.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 27th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 28 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lscuwcyr/e7a11bfd-8efd-4d8d-9d61-a58454e9113b/ea248f30-c64d-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscuwcys.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lscuwcyr/e7a11bfd-8efd-4d8d-9d61-a58454e9113b/ea248f30-c64d-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscuwcys.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 27th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 28 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lscuwhld/b4bee1bf-d0f5-4b8a-aa6b-28d42bfc0f3b/edb7c810-c64d-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscuwhle.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lscuwhld/b4bee1bf-d0f5-4b8a-aa6b-28d42bfc0f3b/edb7c810-c64d-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscuwhle.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 27th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 28 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lscuwqwc/985d8272-21ed-43ee-9a80-78243f6a9296/f4e7d6c0-c64d-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscuwqwd.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lscuwqwc/985d8272-21ed-43ee-9a80-78243f6a9296/f4e7d6c0-c64d-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscuwqwd.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 27th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 28 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lscv61z5/f97ca35b-5292-4bcb-92f9-4347e7f4068d/f7becf10-c64e-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscv61z6.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lscv61z5/f97ca35b-5292-4bcb-92f9-4347e7f4068d/f7becf10-c64e-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscv61z6.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 27th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 28 English Explanation"> | mcq | jee-main-2024-online-27th-january-morning-shift | 234 |
jaoe38c1lsd9h3k8 | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Identify the name reaction.</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "Stephen Reaction\n"}, {"identifier": "B", "content": "Etard Reaction\n"}, {"identifier": "C", "content": "Gatterman - Koch Reaction\n"}, {"identifier": "D", "content": "Rosenmund Reduction"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lskmfwrg/6dc95980-79d1-44c2-926a-07591472d34a/1cd79dc0-ca93-11ee-9a3e-d72ae7e965b7/file-6y3zli1lskmfwrh.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lskmfwrg/6dc95980-79d1-44c2-926a-07591472d34a/1cd79dc0-ca93-11ee-9a3e-d72ae7e965b7/file-6y3zli1lskmfwrh.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 31st January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 25 English Explanation"></p> | mcq | jee-main-2024-online-31st-january-evening-shift | 235 |
jaoe38c1lse8cgh2 | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>The product of the following reaction is P.</p>
<p><img src="data:image/png;base64,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"/></p>
<p>The number of hydroxyl groups present in the product P is ________.</p> | [] | null | 0 | <p>Product benzene has zero hydroxyl group</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsofrnwi/14d92ab9-e374-449b-8497-baa11d92cbcf/2666da20-ccac-11ee-aa98-13f456b8f7af/file-6y3zli1lsofrnwj.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lsofrnwi/14d92ab9-e374-449b-8497-baa11d92cbcf/2666da20-ccac-11ee-aa98-13f456b8f7af/file-6y3zli1lsofrnwj.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 31st January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 24 English Explanation"></p> | integer | jee-main-2024-online-31st-january-morning-shift | 236 |
1lsg7wptd | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>m-chlorobenzaldehyde on treatment with 50% KOH solution yields :</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lshjtn72/1b7684b6-6615-4d50-b05a-6e15f7d41694/8571dce0-c8e2-11ee-8501-bb04786aa212/file-6y3zli1lshjtn73.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lshjtn72/1b7684b6-6615-4d50-b05a-6e15f7d41694/8571dce0-c8e2-11ee-8501-bb04786aa212/file-6y3zli1lshjtn73.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 30th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 19 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lshjtjor/0362b93c-7575-495d-9ea7-1c3465ac1cdb/82bc0bb0-c8e2-11ee-8501-bb04786aa212/file-6y3zli1lshjtjos.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lshjtjor/0362b93c-7575-495d-9ea7-1c3465ac1cdb/82bc0bb0-c8e2-11ee-8501-bb04786aa212/file-6y3zli1lshjtjos.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 30th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 19 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lshjtfs5/b6a84c08-8acb-4edb-a292-a0daaa5b1a50/7fb7a550-c8e2-11ee-8501-bb04786aa212/file-6y3zli1lshjtfs6.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lshjtfs5/b6a84c08-8acb-4edb-a292-a0daaa5b1a50/7fb7a550-c8e2-11ee-8501-bb04786aa212/file-6y3zli1lshjtfs6.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 30th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 19 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lshjtbuq/7ea24c58-bf11-4141-8da0-3c315cdedd1e/7caed220-c8e2-11ee-8501-bb04786aa212/file-6y3zli1lshjtbur.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lshjtbuq/7ea24c58-bf11-4141-8da0-3c315cdedd1e/7caed220-c8e2-11ee-8501-bb04786aa212/file-6y3zli1lshjtbur.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 30th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 19 English Option 4\">"}] | ["A"] | null | <p>Meta-chlorobenzaldehyde will undergo</p>
<p>Cannizzaro reaction with $$50 \% \mathrm{~KOH}$$ to give $$\mathrm{m}-$$ chlorobenzoate ion and m-chlorobenzyl alcohol.</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsxpcc8s/3799c985-27e3-466c-b13e-821feb9cdad2/a56503c0-d1c4-11ee-aa03-43ce1331531b/file-6y3zli1lsxpcc8t.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lsxpcc8s/3799c985-27e3-466c-b13e-821feb9cdad2/a56503c0-d1c4-11ee-aa03-43ce1331531b/file-6y3zli1lsxpcc8t.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 30th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 19 English Explanation"></p> | mcq | jee-main-2024-online-30th-january-evening-shift | 237 |
1lsgyjecm | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Structure of 4-Methylpent-2-enal is :</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lshg75o6/13e3066f-9079-443a-b082-93100c854f49/58b80160-c8d4-11ee-adc8-974b9031006b/file-6y3zli1lshg75o7.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lshg75o6/13e3066f-9079-443a-b082-93100c854f49/58b80160-c8d4-11ee-adc8-974b9031006b/file-6y3zli1lshg75o7.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 30th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 17 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lshg72ez/d3b3f111-a2cb-4867-922b-2f906cbaa932/56343cb0-c8d4-11ee-adc8-974b9031006b/file-6y3zli1lshg72f0.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lshg72ez/d3b3f111-a2cb-4867-922b-2f906cbaa932/56343cb0-c8d4-11ee-adc8-974b9031006b/file-6y3zli1lshg72f0.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 30th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 17 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lshg6z4g/93d012bd-5939-46e7-a3ec-9ef4fdbd18b3/53a92500-c8d4-11ee-adc8-974b9031006b/file-6y3zli1lshg6z4h.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lshg6z4g/93d012bd-5939-46e7-a3ec-9ef4fdbd18b3/53a92500-c8d4-11ee-adc8-974b9031006b/file-6y3zli1lshg6z4h.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 30th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 17 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lshg6vo1/02e5e7cd-e450-4718-8d8c-eec922009e5c/50fdb410-c8d4-11ee-adc8-974b9031006b/file-6y3zli1lshg6vo2.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lshg6vo1/02e5e7cd-e450-4718-8d8c-eec922009e5c/50fdb410-c8d4-11ee-adc8-974b9031006b/file-6y3zli1lshg6vo2.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 30th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 17 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsqnzsn3/61431585-4671-47d1-8533-6ca91216d88a/e2de04f0-cde5-11ee-a0d3-7b75c4537559/file-6y3zli1lsqnzsn4.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lsqnzsn3/61431585-4671-47d1-8533-6ca91216d88a/e2de04f0-cde5-11ee-a0d3-7b75c4537559/file-6y3zli1lsqnzsn4.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 30th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 17 English Explanation"> | mcq | jee-main-2024-online-30th-january-morning-shift | 238 |
luxwerpm | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p><img src="data:image/png;base64,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"/></p>
<p>In the above reaction product 'P' is</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1luxutfny/f7718f8b-4b70-4d71-9d6b-dd9528a4d359/7d324ae0-f972-11ee-b1e4-81275bed8311/file-1luxutfnz.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1luxutfny/f7718f8b-4b70-4d71-9d6b-dd9528a4d359/7d324ae0-f972-11ee-b1e4-81275bed8311/file-1luxutfnz.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 9th April Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 15 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1luxutwk8/2128dd84-9296-4a7e-91e8-6f0e8425b5b8/8a3fa980-f972-11ee-b1e4-81275bed8311/file-1luxutwk9.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1luxutwk8/2128dd84-9296-4a7e-91e8-6f0e8425b5b8/8a3fa980-f972-11ee-b1e4-81275bed8311/file-1luxutwk9.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 9th April Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 15 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1luxuuin0/dad30593-91d4-4099-a527-eba7a12b5011/9b4da8d0-f972-11ee-b1e4-81275bed8311/file-1luxuuin1.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1luxuuin0/dad30593-91d4-4099-a527-eba7a12b5011/9b4da8d0-f972-11ee-b1e4-81275bed8311/file-1luxuuin1.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 9th April Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 15 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1luxuuyb6/bc8d9831-9c77-4d3a-b0da-a1084878b901/a7689120-f972-11ee-b1e4-81275bed8311/file-1luxuuyb7.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1luxuuyb6/bc8d9831-9c77-4d3a-b0da-a1084878b901/a7689120-f972-11ee-b1e4-81275bed8311/file-1luxuuyb7.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 9th April Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 15 English Option 4\">"}] | ["A"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lw31mgvs/efd08509-67e4-415d-a46b-04d27c455dcf/3e013cb0-1019-11ef-a7e4-553231237a76/file-1lw31mgvw.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lw31mgvs/efd08509-67e4-415d-a46b-04d27c455dcf/3e013cb0-1019-11ef-a7e4-553231237a76/file-1lw31mgvw.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 9th April Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 15 English Explanation"></p>
<p>Due to NGP effect of phenyl ring Nucleophilic substitution of Br will occurs.</p> | mcq | jee-main-2024-online-9th-april-evening-shift | 239 |
luz2v3zq | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p><img src="data:image/png;base64,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"/></p>
<p>What is the structure of C?</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1luyyb4kd/2229de5f-e27d-4e60-b891-50b01aae917b/ed3921c0-fa0c-11ee-a70c-2def0a1ae4d3/file-1luyyb4ke.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1luyyb4kd/2229de5f-e27d-4e60-b891-50b01aae917b/ed3921c0-fa0c-11ee-a70c-2def0a1ae4d3/file-1luyyb4ke.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 9th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 13 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1luyybn1n/2517296d-5ab0-4e4b-9d2f-6169425b0caa/fb7fc3b0-fa0c-11ee-a70c-2def0a1ae4d3/file-1luyybn1o.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1luyybn1n/2517296d-5ab0-4e4b-9d2f-6169425b0caa/fb7fc3b0-fa0c-11ee-a70c-2def0a1ae4d3/file-1luyybn1o.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 9th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 13 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1luyyc29f/9c234dfd-54f2-477a-9117-6a4da776f6a3/0740cc30-fa0d-11ee-a70c-2def0a1ae4d3/file-1luyyc29g.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1luyyc29f/9c234dfd-54f2-477a-9117-6a4da776f6a3/0740cc30-fa0d-11ee-a70c-2def0a1ae4d3/file-1luyyc29g.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 9th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 13 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1luyycibp/d5823bd5-0524-486b-82fa-1a1d12d2fc0b/13a95f50-fa0d-11ee-a70c-2def0a1ae4d3/file-1luyycibq.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1luyycibp/d5823bd5-0524-486b-82fa-1a1d12d2fc0b/13a95f50-fa0d-11ee-a70c-2def0a1ae4d3/file-1luyycibq.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 9th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 13 English Option 4\">"}] | ["A"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/jaoe38c1lw3uzupm/39d9d6a3-d5d8-4116-a8e4-1e7c7f46707b/1af319a0-108c-11ef-847b-13e3383dad9a/file-jaoe38c1lw3uzupn.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/jaoe38c1lw3uzupm/39d9d6a3-d5d8-4116-a8e4-1e7c7f46707b/1af319a0-108c-11ef-847b-13e3383dad9a/file-jaoe38c1lw3uzupn.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 9th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 13 English Explanation"></p> | mcq | jee-main-2024-online-9th-april-morning-shift | 241 |
lv0vy3rc | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Given below are two statements :</p>
<p>Statements I : Acidity of $$\alpha$$-hydrogens of aldehydes and ketones is responsible for Aldol reaction.</p>
<p>Statement II : Reaction between benzaldehyde and ethanal will NOT give Cross - Aldol product.</p>
<p>In the light of the above statements, choose the most appropriate answer from the options given below :</p> | [{"identifier": "A", "content": "Both Statement I and Statement II are incorrect\n"}, {"identifier": "B", "content": "Statement I is correct but Statement II is incorrect\n"}, {"identifier": "C", "content": "Both Statement I and Statement II are correct\n"}, {"identifier": "D", "content": "Statement I is incorrect but Statement II is correct"}] | ["B"] | null | <p>Let's analyze the given statements in detail:</p>
<p><strong>Statement I:</strong> Acidity of $$\alpha$$-hydrogens of aldehydes and ketones is responsible for Aldol reaction.</p>
<p>This statement is correct. The presence of acidic $$\alpha$$-hydrogens in aldehydes and ketones makes it possible for these compounds to undergo deprotonation, forming enolates. These enolates can then attack the carbonyl carbon of another aldehyde or ketone, leading to the formation of the Aldol product. Therefore, the acidity of the $$\alpha$$-hydrogens is crucial for the Aldol reaction.</p>
<p><strong>Statement II:</strong> Reaction between benzaldehyde and ethanal will NOT give Cross-Aldol product.</p>
<p>This statement is incorrect. Benzaldehyde (which lacks an $$\alpha$$-hydrogen) can indeed react with ethanal (which has an $$\alpha$$-hydrogen) in a Cross-Aldol reaction. In a Cross-Aldol reaction, one molecule (ethanal) forms an enolate and reacts with another molecule (benzaldehyde), resulting in the formation of a Cross-Aldol product.</p>
<p>Based on these explanations, the most appropriate answer is:</p>
<p><strong>Option B</strong></p>
<p>Statement I is correct but Statement II is incorrect.</p> | mcq | jee-main-2024-online-4th-april-morning-shift | 242 |
lv2ers6s | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Vanillin compound obtained from vanilla beans, has total sum of oxygen atoms and $$\pi$$ electrons is __________.</p> | [] | null | 11 | <p>To determine the total sum of oxygen atoms and $$\pi$$ electrons in vanillin, let's first consider the structure of vanillin. Vanillin is an organic compound with the chemical formula $$C_8H_8O_3$$. It consists of a benzene ring attached to a methoxy group (-OCH<sub>3</sub>), a hydroxyl group (-OH), and an aldehyde group (-CHO).</p>
<p>Firstly, let's count the oxygen atoms:</p>
<ul>
<li>One from the methoxy group (-OCH<sub>3</sub>)</li>
<li>One from the hydroxyl group (-OH)</li>
<li>One from the aldehyde group (-CHO)</li>
</ul>
<p>Thus, there are a total of 3 oxygen atoms in vanillin.</p>
<p>Next, let's calculate the total number of $$\pi$$ electrons:</p>
<ul>
<li>The benzene ring has 3 double bonds, contributing 6 $$\pi$$ electrons.</li>
<li>The aldehyde group has 1 double bond (C=O), contributing 2 $$\pi$$ electrons.</li>
<li>The methoxy group and the hydroxyl group do not contribute any $$\pi$$ electrons since they do not have $$\pi$$ bonds in their structures.</li>
</ul>
<p>Therefore, vanillin has a total of 8 $$\pi$$ electrons from the benzene ring and the aldehyde group.</p>
<p>Adding the number of oxygen atoms (3) and the $$\pi$$ electrons (8) gives us a total sum of 11.</p>
<p>Thus, the total sum of oxygen atoms and $$\pi$$ electrons in vanillin is <strong>11</strong>.</p> | integer | jee-main-2024-online-4th-april-evening-shift | 244 |
lv7v4rmj | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Identify 'A' in the following reaction :</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv7pgna7/98d0c896-03b9-4a92-a559-adc362e194db/626926f0-fedd-11ee-af99-a751fb126769/file-1lv7pgna8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv7pgna7/98d0c896-03b9-4a92-a559-adc362e194db/626926f0-fedd-11ee-af99-a751fb126769/file-1lv7pgna8.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 5th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 7 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv7pgz5m/782f0347-d0cc-4a09-90de-0ded66ec26fa/6b9505a0-fedd-11ee-af99-a751fb126769/file-1lv7pgz5n.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv7pgz5m/782f0347-d0cc-4a09-90de-0ded66ec26fa/6b9505a0-fedd-11ee-af99-a751fb126769/file-1lv7pgz5n.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 5th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 7 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv7phdw4/6fe15e0d-712a-404c-91a0-72d6bf032175/76f72540-fedd-11ee-af99-a751fb126769/file-1lv7phdw5.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv7phdw4/6fe15e0d-712a-404c-91a0-72d6bf032175/76f72540-fedd-11ee-af99-a751fb126769/file-1lv7phdw5.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 5th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 7 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv7phr64/628f86b9-bc1b-4a5b-89cd-f9e07f2698f6/8138e0c0-fedd-11ee-af99-a751fb126769/file-1lv7phr65.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv7phr64/628f86b9-bc1b-4a5b-89cd-f9e07f2698f6/8138e0c0-fedd-11ee-af99-a751fb126769/file-1lv7phr65.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 5th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 7 English Option 4\">"}] | ["D"] | null | <p>This is Wolff-Kishner reduction :</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwh3q2ik/7ab0fd4f-c592-4177-b400-36282b456e2e/6d7dc7c0-17d4-11ef-a722-71ab49de2419/file-1lwh3q2il.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwh3q2ik/7ab0fd4f-c592-4177-b400-36282b456e2e/6d7dc7c0-17d4-11ef-a722-71ab49de2419/file-1lwh3q2il.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 5th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 7 English Explanation"></p> | mcq | jee-main-2024-online-5th-april-morning-shift | 246 |
lvb2achx | chemistry | aldehydes-ketones-and-carboxylic-acids | chemical-reactions-for-aldehydes-and-ketones | <p>Consider the given reaction, identify the major product P.</p>
<p><img src="data:image/png;base64,UklGRgIWAABXRUJQVlA4IPYVAAAwbwCdASoAA28APm0ylkckIyIhJnKrmIANiWlu4XKRG/OZ8W/2PtR/yn9s/br0N8SvqnQJyB9a2qP8e+1X6r+8+2n+h/4Hg/8kdQj8t/nn+//MbgxQBfof9n/5Phm6lPgX/me4B/NPO//o+Ez+L/4XsBfz7/B/tD7Fv/p/rvQr9W/td8Cf88/vPpyeyP0h/2ANcEObZ4c2zjgXo7tlUBo48blc2AsRPqblb2zabuB/BNCMoLNEMeFtWjXkIhQulsbQ4YTRP0VvTtjRUgQQ/q7JNgGbgN1yexOncQJQvITKyueO9rJWrxglgEf/ilDVyocDSxFAqdzLokZucVs8EtO7ndlRLKjt4LfkYmHe0XMljYMCZDKk41/HBubG88p1EEahzcRc14e+ldFjJ8pd2oCOqzGvWaS8+gHgnHlkRfD9KgGsxRvwmfUreYrvbSRG3FBw+5SKHG70tmQank27q8WaEoqCAjrU7LLksyShG/D+/vd0IH2jo+ASuS4mGsT5bI0ybqThD20Eq2tCCn6KhfVWKYkZstt9d89kkgXsVWrRbQ2ncgspmB2wh2yOUAEQNX4vqCcW1uEMdTeAg8kjERV7Fb/HPi+6Ytp4ZkiMbjkVFuwYmn6dUqeBzoY8cl0s70gy+t7aTfHx0+rdLPrug5GnAmVQmOI5zjrES+fIqzlmxmS3QFhVyHqaml6CFVjjAlfRm0hUeMDjZIT7k5Iqp60CPvswqCcVmRNTS5xafMTkG/td707o5uGaUxQ69S2B5fqLFxdnhbdB8YF8LawapzeAqGp3DTSTlvhUzpeYD50cjpFYzhidqA7kSPLULYZecRT0dQxlIzwP4lxHlnP/Zdlb7i5koQgS3GqY7wNaqf77dhKx6AyODRm3S9NM8bykICb7redtI/ScmqCURbK4gXUlwBs0I/niGsrkliV5q35a/aHCaamU+ppWzolFZzVnpib5vOGw6XswtpNKctY/m33SQVdruXIy2nmaCog0MpbmyYgq9RYkZucVs8ObZ4c2zw5tnhzbPDm1x6ZsOPvJ3iAtwRga9pq1gJiS+Oz6DLy0o0qgBDzuqKoPtAFULivft8C4nRwEmnK3m0ffJu+6sYLrmVompH5gLAu2eHNs8ObZ4c2zw5tnhzbPDm2cFFiDurGXIwYxU7llJ6iimgkVCfxFkkWkvSQLly18/hHJXLokZuUAAP7/cOHT9HxuNVPnIVskukWJReSnOWaapaCnrm2nBGzsRX+zqM0EfpyTXYtKADNvaaLhAlsfiXnzWe1JOA/KX6MapDJWVQ89pu9zFiiE930axBnoO1Ue74o77RxJ9P8dC8QobT7lKiRsMV7HUNSig08uhrW61MLgiednsVh3X/+h8lQ6F2FhyCGykf0O0hGX+SXwel5tOCx/6YJ27oT9F5ciMSepfLrhVMuAa3Tcgyi8irVcVOO1H2Xvu/Q1HEWcagvVjMfbJ+fYNbfl42fOWNzIL7/bJ5n1IwGR69M1o7mbzrWfG09/W+arrZUZzJMAVL87mHv6iwZZ9x2pko87Nb7A+fJOGTBzv7pebSUYexlc10TKTEMEsXKM70go31KgZbiR4rRjGppVPFVvn8ms++Eg2WnnLivTFrBs2YVOEhK9s9NMh08u4NWVXhcYa4fuH9Ul008vOGuBjpegVGF2OVSKfpg45mGU56l8jgJVvVhpeqwGEWXTWanUaXiZCh2sdOKg1sBh3ePqQIeaD/OuHHzYJNmSQCUmq9f8XUuhUhUMShsijZoHmNpPmzWk6NuroMfzakW867FFfuv8QbncftepZZrwCbv9AOhuUCidDHIOh/FXDtbr/DZ81FpkqpFEo+GIgq/S78Sia4U9pCrZYvMP6AAi5rnaSUlMs9RzqLWsOAN1Nm2TfswflPYFCbL4CQTpFEE/DxV13Xu5Ss0ej0QnH0eO5bbyK+LPOa4KHCr2JZNv+1MMWtXRUdtvMB252IiQtkRMa4xNE/PeaNW3aOxPqujzMBBA1/Jf13Ymg1GSB5r9kRU1Pn/4ZRAV4E2YvUCtyQNHDoUkKUTpNjvWHdZTgQhywx7ksCiP6eAo/Jy7rtNC/17uabIjMXuPsKxhfb5vDwsC4ELFseWrEiYwGDBrjUheTokstno3Iqo9T92xiDiS5mDx0vw6+1Aephy8DVLQf86ZjjzI/hYPpiphhHFMFrRXE1CZuMkgGZ5/iJvxvPu2fSit+6heABWJ/8iUcW/WgDst5G5PuW2kSPqsy0FRr9FQodKBKVsfQ37olH37e5QQUiQutqsX8tzkkG50ql543Ud+Jk6eV/k9bKdj04MkxR6pPZ+e5xMVt+Xt6XnS7Qao9bzmPDUXkoHQqdJLa61IUYcd6Bj8TEJOvvLFGjt/doWRYtaF0nbXp6hMBd/NnqOuxZNTTnZVVu8dM46pq0k/Aqq+nYeFTCp6Pbv3JZLJlH+pccJVNNw24iSwVvKNtpXli50FXkBKWzCuj+JdCQWrWxJH3Mfma+wctlf6Ognzgs4nLcH0uzAUcTKDXUDdOHYJ2cRcd52Nv7yRMS5JqTtFVLJvNnixwzcujmLuzzqE4Zq5WL2nL68hHpqAG3fUfolbgR6/xm0N2RzjkQZmUwO79eiyCGiAD9Sj/dIx51Th1kXn5dCryX0ZREhL/0rBAXAzeAl06IgGLSFie73LwP0yiUGNQBUvhgGKybK+y8eKVzmSP9zMYdGEtLXZy8SXSDgMSRTpaNhRrrEPTEQNreBvY4WGaBKawQCakbBczIByIYTd3NC0C3cNspnHk+9h5MmH1jM/GN5ZkavpxCdpDtDTDP07R7PVfz1fCm4WlAheU3oz2q/cuoZs/ZfpUf+AKnNUsDoliLPS2ay5Z7FMurDurh1og+jedsRBCfH74LoBTQ7j3FvZJXjmei8gWC3bWKrK1u2RslgqYu2dHqn5ZfWF/IvORLI7+Bt07w/WPNAJiLk7zusU0NRnbuxErTfl+LserpkDCqDvLn4I9x6qcRGwof+BEj8EGL53UbBhBZWvoySvdKA6JdHfaGw4AtRLKzjaoUGkOthZz2bRV9o2jZpdyxCqaYiOzxWEJHU72Gy909NZn/KN7wLILZXG289/jfv+HGdwStMHxGPbA2TCpGyKvpbSU57eyQB0IOFObhKTWDOLRQATQCeQg0S0+DrW4SXPZHpNZQj3/un9wsJ4857jnKlBMJfsB1lo1qTI2jdMl4m+9ukI+e9ZId5M9Ac0EyR5KJArxnoxs13mADOdM95qWvvW42tIj7ovT1IJYbw7IbX5YGuNoITpXTYajRetLzSWr3NIpzTgqAnkmQ+HvP8+Jjc1rczcTwbrPVzdudneu20Kjy9PbV/SualjB2pajYUMTKlMCKaRXJ9snSuEw/G7YOyy8LP4wZdZ51she/SgIip83J8mU1Sv+zDZUKIZdpmX1A9jU3adbw8fFPXSCFO21VaDkw+K5Twc7mOyXi9lt9CVoFhz//GkUf+kP5im5uXnzmlhghT/yweBJnISlaj0asssjZfcNuOtMH3EO7eYwWPArS1X5NC9vJGUzJoLfEQHQWtiTejR1pk6uQARpmfLnqzWNFkp3feI+0tia3VaCtc8P/pfScY/Gc9/Dw729rls101/dSklSOtx5gfE4xECcXvNfTt4/f84hFPvOjWPeV3BY1JCasICTWVLhk5itDhf03qViqPp56qKMlccCGRJ22FKDqzGiqZG/jrCvJxd7MF0CmkBupMFqvL4QARou/O7+fvrdSYohMUua4b/WdLLtDFp8w8vcYfUQKU+tu2CF+jZPUzjssdqoxD8FcYej1F4fitntC59/h9kiODB8imlqHUKBGdNBm53yhsDCt0M609CiBTXqweuLRDcf4ftpaoe9Hag4/AMh7WwIcUwhDnktbDtRQP75rnn5V6p3ev1gsciCn3purYjgoSVQeZBAdCuIAYYLgk9qrNZwV+eSw0DWXtxts4DDyPWPZHdxz4VqeEj8/uPf3Yohpf5xA3MWQBw+V7tPV9u+w9y9vBDBE38afVBiEQh7d+ZYAygHY7QxBp9Tr05InAdbaWZnRTKE9WX7Oy0hWoY666zW0tr16AZaA5WG49W/0tH2eECZSFi6kNcZ6WRUgRVetdCc9AZ6WwfnEwRIRL6DbDdiYM1NqdamrMl+ln4bG1k/kGUAi5ca/sg5pt/lEdHQpwBw6RY1NEcxL0/48QiQB7omP3+yfJVNjW2w3UAXF8/iwplm1b8tZpyjtUhP9HdAURti79TdahCJSdR8fa/y+CIe0+z+n30MgIWOo8BKPoKWwycyeXWL1wIKGxW5ifrcQWgUCbhlBHx8VQ0AUQZDL9VLdksDhXP2EGe17kic/O9fZfhiSxGJQeq5rmkdwtGepfUI7dHxGjMgB63JyiD2KC7P4Btv4AEr/4GNApowJrbcPnXvHr27jpIVq/RYgRZWuluBA5sf7+qNs2d2nWo1BP13lQuOe4TFKOhUDqX+h+6Obkl88TB4A7NSQpS9bX/dIaQL+DaS6afjiHxJCYo3i3UEG8QmFGaiiFMpB0JYuIrRkkqh400fReapajkRTAwaHZU47u36bKa3iBZVzm3sX5e+DJMaQruzBi9/eQ/YkTRFSpvpmFRMsCGbkWKx54VaavuSY4q20kXNZWiFuEFE+aIrPVzEIVnvYyvJX+vswAi+eEylpjCRWPafdIwaGbbvf0gTg9yGmG7ZG/fPYW1ve/HFLH9YYUM3oMeK9E9UysYUm0IHdZZKl+p5sam5if2Lsui28HGPYHF+CX9Az3tjEycIB+xr6sZOW1bTFt31/V9Z7CR3AHc4oi+cenj0jYM10MjjKHVhPqrN9upPyl51O0vWESMMIQKA2f+ggAY0e0r1J7bUOz3eh8NShk8HvY9qvgSkqu8EQ4ScE97OpM/P2n3ue9019rvV0dbVLhFsLvjtSNsRG26TVkimjk7quEp7sex3Ed4QRR8ZJIbGqRtOJqap/sVVJoksIm2IBpWx9IzZrOmjpWVg2znTpT5VIGWuHYMGvk2oLFxWbjoLpDIln8poP2P73s/ycrPDDy4VWTLtAHKK6VdN53ALavsKoh7i/IlRtgxmADgSwEFkrro2qhYWRpvo/of5P0dS708TsVSejo43Sn5fX72rFqKUe4ZkHIdQWJz3wj0J8u4JBym1y7/h6QG5ZdQDgVP5iutglGua7ARs0b0v1wC3XYB5Yet4PRrEkqZXLBM+8O7AHva2tCO78ltxB/qV0NJe7XBxSOaralgomwNkTXNqWcG8U8kUWf3EP5nv8RZwa9VxNu3q3dK9lnp6OCPCc8ZWGUXBPvJwCCc3/hfx5iw6wDxYKBsJMvQLk5AKbTOzsuBMnTf6/mYMk8jEyAnBCPNHqL5NhJsxeb1RZ1nJ54m5IX+UplXwNhEPOYSsSH5XlO+n0tKXSKEaDGWVnUF5I6gY50NEqQSMJfm9HqrGDaCpmRIXFnJ0VSudcq28BsjoY+F6T50Td46yKTD9vXB5TNDuwBNT5fF+JjJy0g8kvuS8Zd888TbdvmVpVkUH+03o6ZCorldhq0c7DnmLM2NIa91wWOHk5Rz6Gpqx0m25ELFJiO4FDuWGwc6ZhaaEnyAaGKZJ7Q871uPCk2EOA3UyezawVSGXvuKjIz4Ge8v01cW/2WZSxBE3AWnQHTWUdYH3KKEvAOJxMnS7amJmjunAlP7b6cLFq+Y3lvxtGhJuUsJ8Fos9D+Kldn4ctfTWf0m0/r3tjZkphMZC+Ek5ykiBxHmoyFcZ/4q7OCA5UiXGbHWLbTo+qvUHeBRH9Svas8ybO+hZYPgexZ73cvDrw33CwsofBxFa28GHI6UFfPveUAETJ48qZpU0XB3SURL7UDF3jgeN5aFsIAZWcc82lwdJJbFwnYLA0QZnJ/DaaYHfR1Vqep8xpx/2zjqQH3HZZ6T7M24c7lNuCZPpW0EU2UN2LZ0S3hegjjX2rvwPO3EIzb+kebW0om3hVC0MzLs4HnJX/Lj93A0IDdgmgHMKeUHbYcKOLUuqYCVugACMq+W/k8sWxFD+eOQSNTLIge6btYhnMlTRVNMR0YDPNJB2ywbEXkcZGNBdzIRWaPvMqNgOA0JT9lPgsJCqCUNuQOVIWdrcqxXj7wDn14Wa8HmI0+FB3EL+IKTSliRFwiAA82k1v5tnq3Wyv6oWVJAQn/e3EuthzUiO7dXos6GPr72UheQErXtMSmZw2PDgZo+IL/8aYc/0unr8b1onvDyXFZUyXCW+08MpjbmHoXftk4jdyNU82vqPQRI0amDAaRVZ4PwqHsgvyNoahVzYFeunFeNht/bK/mr3KPnez0lOcf3450JgMRzMUQ/mJqZ4v5WVX+B6vnr/G9c4TNdP7UyJhOqLmQ5B+dsV3fmZAxjREFh1p+fIdGEHqjgiDph9ezKsvU+sPyi4A37yJyPGC/r4v6VsqKmIWvyr17AzUni+l87Q23Xn/KpuDHQHbfYpMMRJAkz0Q/BwBj/EEhWFG+KNskUjTc6bmoNiY1SarQJeict36lV78aJMSEo7U1YrVdEIUtnF/w2wBb+2TY49yr2MmmDCCmauKR8iBxbL1rfszfyoUES609PSC9zY6ybC1x8S8U6U1rx2bjMEG8vGxVQD9on4bwugsmaDDnzJB5cil4mUlHzSRheomntvY6FJ9lKvj+i7YP1ghp/Hsnv4Ia6XtiIV/PqURcAog9LYZn9/vWTeE2VgH8bSi75i+itRohKoJNMLuH0YneY4R9XfBgeYwFNtfhXuOlv1+KO8CDve2Fpp7ZX4wj0mNSSe8jplabKHcAH5eoIDqzA3QMAH5XO72vMxzwy9NuWE1caN4L398gMSwzJmi1rsP+llfUXjYwfe+9wRPWk39QtiGtH+RFfKfmfBAiu9TohYsesju2pH37W+HibookGD37CVPyRLXYBdrrePMp6rI57yNKmRW0Tb28CusjjFmTbqjogIZ3TkyMiIbEaGk5j0urdrEekPpv0FTTV85chxOjB5rHgbQpxWbYtjR+ROjDQld39FZYyaujhaYTQiIJ0MIA2VONle1SToKVteCc0uGtQkVaWW5gCzBORqFam9GvWkw6thqmVr329OUfEOmLc05/EK9d2zFFNJ9+Q9lnXH7C7PVUgbIoobGWnJyN0K7zPOlebRqSXsnRZ6v68YgABMspXUpCgZOzNuQWh/5Fs18FFT+k4shwY+0iO5456S9vUUdGUdAqPCmZ88RevQ6ZHYGXds83NnSg7PvBsW5YFOFrWbbK855/mmPeuGHUdp+Bg2cN2sfN7YUV/D843UHY1BEJosWL1/NJU8Ef9e8CpLWGBlGrOaHMfj3nfYEe7qr9M2tIW0dbQCxyM+jzljqMQyh/Z0IJsXJgDoOKDrNx9eJU4KGTNXoDU6rjG00kQBq8SlT/gNPawlq63fewB4stv2reXv03zBZT0kKHjh3IWrUom5AEQYEbHceM3XdPLVZJWVeUeziSYlrza4G7PuefAEwq68Iid6K/gBAAAAAA="/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvazxzu4/ed0068b2-b393-415c-b9b1-937a5c3689c5/ba1a5ec0-00ac-11ef-be3f-17279d79e67d/file-1lvazxzu5.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvazxzu4/ed0068b2-b393-415c-b9b1-937a5c3689c5/ba1a5ec0-00ac-11ef-be3f-17279d79e67d/file-1lvazxzu5.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 2 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvazye6g/c459a85b-a646-480f-ada8-b51862df4756/c530a850-00ac-11ef-be3f-17279d79e67d/file-1lvazye6t.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvazye6g/c459a85b-a646-480f-ada8-b51862df4756/c530a850-00ac-11ef-be3f-17279d79e67d/file-1lvazye6t.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 2 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvazyo52/166bf5df-abf5-4b00-b430-c70da53146a0/cce09560-00ac-11ef-be3f-17279d79e67d/file-1lvazyo53.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvazyo52/166bf5df-abf5-4b00-b430-c70da53146a0/cce09560-00ac-11ef-be3f-17279d79e67d/file-1lvazyo53.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 2 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvazz19o/f857bdd6-4cab-42ee-a366-bc29b74de704/d704b6c0-00ac-11ef-be3f-17279d79e67d/file-1lvazz19p.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvazz19o/f857bdd6-4cab-42ee-a366-bc29b74de704/d704b6c0-00ac-11ef-be3f-17279d79e67d/file-1lvazz19p.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 2 English Option 4\">"}] | ["A"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwblqp5r/eb97fa65-ebe3-464f-8362-256094971ac4/2f6966f0-14ce-11ef-ab9d-41d0386b3046/file-1lwblqp5s.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwblqp5r/eb97fa65-ebe3-464f-8362-256094971ac4/2f6966f0-14ce-11ef-ab9d-41d0386b3046/file-1lwblqp5s.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 6th April Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 2 English Explanation"></p>
<p>The major product (P) formed in the given reaction is 2-hydroxy propanoic acid.</p> | mcq | jee-main-2024-online-6th-april-evening-shift | 247 |
lzFvSWBY3RV0kYkv | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | Reaction of cyclohexanone with dimethylamine in the presence of catalytic amount of
an acid forms a compound if water during the reaction is continuously removed. The
compound formed is generally known as | [{"identifier": "A", "content": "a Schiff\u2019s base"}, {"identifier": "B", "content": "an enamine "}, {"identifier": "C", "content": "an imine"}, {"identifier": "D", "content": "an amine"}] | ["B"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267433/exam_images/ilmiv8lceebadexr8ftt.webp" loading="lazy" alt="AIEEE 2005 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 215 English Explanation"> | mcq | aieee-2005 | 249 |
GOE59X09V0KkqsAX | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | In the following sequence of reactions:<br/>
<br/><img src="data:image/png;base64,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"/>
<br/>The product C is | [{"identifier": "A", "content": "C<sub>6</sub>H<sub>5</sub>CH<sub>3</sub>"}, {"identifier": "B", "content": "C<sub>6</sub>H<sub>5</sub>CH<sub>2</sub>OH"}, {"identifier": "C", "content": "C<sub>6</sub>H<sub>5</sub>CHO"}, {"identifier": "D", "content": "C<sub>6</sub>H<sub>5</sub>COOH"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l91g0po2/20075bda-2cd5-455d-93d0-879e8c2fd6a1/fee97d20-47de-11ed-8284-6d7e98c66709/file-1l91g0po3.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l91g0po2/20075bda-2cd5-455d-93d0-879e8c2fd6a1/fee97d20-47de-11ed-8284-6d7e98c66709/file-1l91g0po3.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2015 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 206 English Explanation"> | mcq | jee-main-2015-offline | 250 |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.