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wD7xPfbcf8ctAFRK | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | Acetyl bromide reacts with excess of CH<sub>3</sub>MgI followed by treatment with a saturated solution
of NH<sub>4</sub>Cl given | [{"identifier": "A", "content": "acetone"}, {"identifier": "B", "content": "acetyl iodide "}, {"identifier": "C", "content": "2- methyl -2- propanol "}, {"identifier": "D", "content": "acetamide "}] | ["C"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265331/exam_images/heqbvydbtolxroxpxvro.webp" loading="lazy" alt="AIEEE 2004 Chemistry - Alcohols, Phenols and Ethers Question 150 English Explanation"> | mcq | aieee-2004 | 2 |
2nHqBAvmBhJ6Guml | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | Acid catalyzed hydration of alkenes except ethene leads to the formation of | [{"identifier": "A", "content": "primary alcohol "}, {"identifier": "B", "content": "secondary or tertiary alcohol "}, {"identifier": "C", "content": "mixture of primary and secondary alcohols "}, {"identifier": "D", "content": "mixture of secondary and tertiary alcohols "}] | ["D"] | null | Water adds directly to the more reactive alkene in presence of a strongly acidic catalyst forming alcohols. Addition occurs according to Markonikov's rule.
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266019/exam_images/xznugh2uceum9r8ymjxl.webp" loading="lazy" alt="AIEEE 2005 Chemistry - Alcohols, Phenols and Ethers Question 161 English Explanation"> | mcq | aieee-2005 | 3 |
M7I9T2V8qoOi1qGw | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | The best reagent to convert pent -3- en-2-ol into pent -3-en-2-one is | [{"identifier": "A", "content": "Acidic permanganate"}, {"identifier": "B", "content": "Acidic dichromate"}, {"identifier": "C", "content": "Chromic anhydride in glacial acetic acid "}, {"identifier": "D", "content": "Pyridinium chloro \u2013 chromate"}] | ["D"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263620/exam_images/vxqrvybbomh6cbto75ew.webp" loading="lazy" alt="AIEEE 2005 Chemistry - Alcohols, Phenols and Ethers Question 158 English Explanation">
<br><br>Pyridiminum chloro-chromate $$(PCC)$$ is specific for the conversion. | mcq | aieee-2005 | 4 |
x42SILnIb5lar5l6 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | Among the following the one that gives positives iodoform test upon reaction with $${I_2}$$ and $$NaOH$$ is | [{"identifier": "A", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265147/exam_images/jmbvr9hdfixjqduwywrd.webp\" loading=\"lazy\" alt=\"AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 144 English Option 1\"> "}, {"identifier": "B", "content": "$$PhCHOHC{H_3}$$ "}, {"identifier": "C", "content": "$$C{H_3}C{H_2}CH\\left( {OH} \\right)C{H_2}C{H_3}$$ "}, {"identifier": "D", "content": "$${C_6}{H_5}C{H_2}C{H_2}OH$$ "}] | ["B"] | null | Only those alcohols which contain $$ - CHOHC{H_3}$$ group undergo haloform reaction. Among the given options only $$(b)$$ contain this group, hence undergo haloform reaction. | mcq | aieee-2006 | 5 |
F20jceMYLocIsmNj | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | From amongst the following alcohols the one that would react fastest with conc. HCl and anhydrous
ZnCl<sub>2</sub>, is | [{"identifier": "A", "content": "2\u2013Butanol"}, {"identifier": "B", "content": "2\u2013Methylpropan\u20132\u2013ol"}, {"identifier": "C", "content": "2\u2013Methylpropanol"}, {"identifier": "D", "content": "1\u2013Butanol"}] | ["B"] | null | Tertiary alcohols react fastest with conc. $$HCl$$ and anhydrous $$ZnC{l_2}$$ (lucas reagent) as its mechanism proceeds through the formation of stable tertiary carbocation.
<br><br><b>Mechanism</b>
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266825/exam_images/qxyjhqd32ziyoj0acmht.webp" loading="lazy" alt="AIEEE 2010 Chemistry - Alcohols, Phenols and Ethers Question 153 English Explanation"> | mcq | aieee-2010 | 7 |
jIFtaNeZrGrvSnIr | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | The most suitable reagent for the conversion of R - CH<sub>2</sub> - OH $$\to$$ R - CHO is: | [{"identifier": "A", "content": "CrO<sub>3</sub>"}, {"identifier": "B", "content": "PCC (Pyridinium Chlorochromate)"}, {"identifier": "C", "content": "KMnO<sub>4</sub>"}, {"identifier": "D", "content": "K<sub>2</sub>Cr<sub>2</sub>O<sub>7</sub>"}] | ["B"] | null | An excellent reagent for oxidation of $${1^ \circ }$$ alcohols to aldehydes is $$PCC.$$
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266516/exam_images/wwgmzmq4wh9x4inpfo6x.webp" loading="lazy" alt="JEE Main 2014 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 149 English Explanation"> | mcq | jee-main-2014-offline | 9 |
0xVdcFmwK7EJXT4nkWYJI | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | Bouveault-Blanc reduction reaction involves : | [{"identifier": "A", "content": "Reduction of an acyl halide with H<sub>2</sub>/Pd."}, {"identifier": "B", "content": "Reduction of an ester with Na/C<sub>2</sub>H<sub>5</sub>OH."}, {"identifier": "C", "content": "Reduction of a carbonyl compound with Na/Hg and HCl."}, {"identifier": "D", "content": "Reduction of an anhydride with LiAlH<sub>4</sub>."}] | ["B"] | null | <p> Bourveault–Blanc reduction involves the reduction of esters to primary alcohols in the presence of sodium and alcohol. </p>
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l3xad31c/f962100d-4a3d-4c18-ac0b-37d885a38f35/a8ae8a00-e298-11ec-8ea3-fd6d660fc854/file-1l3xad31d.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l3xad31c/f962100d-4a3d-4c18-ac0b-37d885a38f35/a8ae8a00-e298-11ec-8ea3-fd6d660fc854/file-1l3xad31d.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2016 (Online) 9th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 133 English Explanation"> | mcq | jee-main-2016-online-9th-april-morning-slot | 12 |
2UaDtqOvN502tzP8b0zGY | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | 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://app-content.cdn.examgoal.net/fly/@width/image/1l83njcfz/1c431ac2-65bd-47c7-b2ed-3b4863c915fd/bee4e4f0-3549-11ed-8c5c-f3f0850e6b94/file-1l83njcg0.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l83njcfz/1c431ac2-65bd-47c7-b2ed-3b4863c915fd/bee4e4f0-3549-11ed-8c5c-f3f0850e6b94/file-1l83njcg0.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2017 (Online) 8th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 136 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l83nitu9/207b12ad-28eb-4bdd-b2d1-1cef23943cd2/b0860010-3549-11ed-8c5c-f3f0850e6b94/file-1l83nitua.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l83nitu9/207b12ad-28eb-4bdd-b2d1-1cef23943cd2/b0860010-3549-11ed-8c5c-f3f0850e6b94/file-1l83nitua.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2017 (Online) 8th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 136 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l83niebm/bbaa283c-e8d7-4ab8-b0ab-b2ee98c1496a/a4894e20-3549-11ed-8c5c-f3f0850e6b94/file-1l83niebn.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l83niebm/bbaa283c-e8d7-4ab8-b0ab-b2ee98c1496a/a4894e20-3549-11ed-8c5c-f3f0850e6b94/file-1l83niebn.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2017 (Online) 8th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 136 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l83ni0r1/014117f3-6efc-4ec8-8667-350015cfd7a6/9a0d6fd0-3549-11ed-8c5c-f3f0850e6b94/file-1l83ni0r2.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l83ni0r1/014117f3-6efc-4ec8-8667-350015cfd7a6/9a0d6fd0-3549-11ed-8c5c-f3f0850e6b94/file-1l83ni0r2.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2017 (Online) 8th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 136 English Option 4\">"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l83njwfy/b1ea7bd0-0629-4b3a-b500-353269450ea8/ce57d1e0-3549-11ed-8c5c-f3f0850e6b94/file-1l83njwfz.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l83njwfy/b1ea7bd0-0629-4b3a-b500-353269450ea8/ce57d1e0-3549-11ed-8c5c-f3f0850e6b94/file-1l83njwfz.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2017 (Online) 8th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 136 English Explanation"> | mcq | jee-main-2017-online-8th-april-morning-slot | 13 |
ttW233XnNZepmqXNTrAx7 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | The increasing order of the boiling points for the following compounds is :
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "(III) < (IV) < (II) < (I) "}, {"identifier": "B", "content": "(IV) < (III) < (I) < (II) "}, {"identifier": "C", "content": "(II) < (III) < (IV) < (I) "}, {"identifier": "D", "content": "(III) < (II) < (I) < (IV) "}] | ["A"] | null | B.P. $$ \propto $$ dipole moment
<br><br>(I) C<sub>2</sub>H<sub>5</sub>OH : Hydrogen bonding - Hydrogen bonding > Dipole-Dipole
<br><br>(II) C<sub>2</sub>H<sub>5</sub>Cl : Dipole-Dipole of C<sub>2</sub>H<sub>5</sub>Cl is more polar than C<sub>2</sub>H<sub>5</sub>OCH<sub>3</sub>
<br>so,
Dipole-Dipole C<sub>2</sub>H<sub>5</sub>Cl > Dipole-Dipole C<sub>2</sub>H<sub>5</sub>OCH<sub>3</sub>
<br><br>(III) C<sub>2</sub>H<sub>5</sub>CH<sub>3</sub> : No hydrogen
bonding and dipole-dipole interaction
<br><br>(IV) C<sub>2</sub>H<sub>5</sub>OCH<sub>3</sub> : Dipole-Dipole
<br><br>$$ \therefore $$ The increasing order of boiling points will be :
<br><br>C<sub>2</sub>H<sub>5</sub>CH<sub>3</sub>
< C<sub>2</sub>H<sub>5</sub>OCH<sub>3</sub>
< C<sub>2</sub>H<sub>5</sub>Cl < C<sub>2</sub>H<sub>5</sub>OH
| mcq | jee-main-2017-online-9th-april-morning-slot | 14 |
Y9JNWRNW45PQ7nly5eGTX | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | 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://app-content.cdn.examgoal.net/fly/@width/image/1l7u92g7b/886249fa-9792-4568-b116-4d6cbcd11d76/1b63c970-301e-11ed-ab58-4f43f7f8c851/file-1l7u92g7c.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7u92g7b/886249fa-9792-4568-b116-4d6cbcd11d76/1b63c970-301e-11ed-ab58-4f43f7f8c851/file-1l7u92g7c.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 - Alcohols, Phenols and Ethers Question 138 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7u92309/36912ff0-deca-4c5a-bf78-d8d9ca88a4d4/11323a90-301e-11ed-ab58-4f43f7f8c851/file-1l7u9230a.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7u92309/36912ff0-deca-4c5a-bf78-d8d9ca88a4d4/11323a90-301e-11ed-ab58-4f43f7f8c851/file-1l7u9230a.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 - Alcohols, Phenols and Ethers Question 138 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7u91nmm/4d6b7678-f615-4c88-9923-f2971a3f25fb/0550ffe0-301e-11ed-ab58-4f43f7f8c851/file-1l7u91nmn.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7u91nmm/4d6b7678-f615-4c88-9923-f2971a3f25fb/0550ffe0-301e-11ed-ab58-4f43f7f8c851/file-1l7u91nmn.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 - Alcohols, Phenols and Ethers Question 138 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7u917nx/2fc26ef6-8401-4086-86bb-461ebd15c351/f8fcb810-301d-11ed-ab58-4f43f7f8c851/file-1l7u917o1.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7u917nx/2fc26ef6-8401-4086-86bb-461ebd15c351/f8fcb810-301d-11ed-ab58-4f43f7f8c851/file-1l7u917o1.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 - Alcohols, Phenols and Ethers Question 138 English Option 4\">"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l3qsdi14/21e829a5-85eb-40cc-a412-9fdac4ee4c59/9c0b4ea0-df05-11ec-b17a-f1edf5965e5d/file-1l3qsdi16.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l3qsdi14/21e829a5-85eb-40cc-a412-9fdac4ee4c59/9c0b4ea0-df05-11ec-b17a-f1edf5965e5d/file-1l3qsdi16.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2018 (Online) 15th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 138 English Explanation"> | mcq | jee-main-2018-online-15th-april-morning-slot | 15 |
BF1HQz42s3xn7kiIRn3rsa0w2w9jx4rteqy | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | The major product of the following reaction is :
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263827/exam_images/xxfxi7awh608lvx8tmdg.webp"/><img 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| [{"identifier": "A", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263527/exam_images/evvg8s6to1nmmovl14ws.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264010/exam_images/hatqfijhph0o9gamgnqb.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 119 English Option 1\"></picture>"}, {"identifier": "B", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264478/exam_images/yeoqb4veo7bg2gpwonwd.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266359/exam_images/n2jkhxqgpxmfdzgkabi0.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 119 English Option 2\"></picture>"}, {"identifier": "C", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266038/exam_images/u3qljtyk3nmkbzqcku6o.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265002/exam_images/z3tqx1bbmta6ky9lnv0l.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 119 English Option 3\"></picture>"}, {"identifier": "D", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266983/exam_images/ppsnb0hbmjljdluoxtbi.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266084/exam_images/xf2uo068btjl6dmkgxcz.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 119 English Option 4\"></picture>"}] | ["B"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266654/exam_images/mfmwmgmkxdhfrw0quj5q.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267813/exam_images/yibd3vgxyebxu9afyytt.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263712/exam_images/oqwzfcfts4nejjrxyibm.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264163/exam_images/kqqxie3v8pubezofxhhu.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265998/exam_images/zcih7ockmhjwnadizzh3.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 12th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 119 English Explanation"></picture> | mcq | jee-main-2019-online-12th-april-morning-slot | 17 |
0T30OIGXiLWPby3zBj4re | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | The major product of the following reaction is :<br/>
$${\rm{C}}{{\rm{H}}_3}{\rm{CH = CHC}}{{\rm{O}}_2}{\rm{CH_3 }}\buildrel {LiAl{H_4}} \over
\longrightarrow $$ | [{"identifier": "A", "content": "CH<sub>3</sub>CH<sub>2</sub>CH<sub>2</sub>CHO"}, {"identifier": "B", "content": "CH<sub>3</sub>CH<sub>2</sub>CH<sub>2</sub>CO<sub>2</sub>CH<sub>3</sub>"}, {"identifier": "C", "content": "CH<sub>3</sub>CH = CHCH<sub>2</sub>OH"}, {"identifier": "D", "content": "CH<sub>3</sub>CH<sub>2</sub>CH<sub>2</sub>CH<sub>2</sub>OH"}] | ["C"] | null | LiAlH<sub>4</sub> reduces esters to alcohols but does not
reduce C = C.
<br><br>$${\rm{C}}{{\rm{H}}_3}{\rm{CH = CHC}}{{\rm{O}}_2}{\rm{CH_3 }}\buildrel {LiAl{H_4}} \over
\longrightarrow $$ CH<sub>3</sub>CH = CHCH<sub>2</sub>OH + CH<sub>3</sub>OH | mcq | jee-main-2019-online-9th-april-morning-slot | 18 |
gU9Ji3pAYwt6nyngcc14k | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <img src="data:image/png;base64,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"/>
<br/>can not be prepared by - | [{"identifier": "A", "content": "CH<sub>3</sub>CH<sub>2</sub>COCH<sub>3</sub> + PhMgX"}, {"identifier": "B", "content": "PhCOCH<sub>3</sub> + CH<sub>3</sub>CH<sub>2</sub>MgX "}, {"identifier": "C", "content": "PhCOCH<sub>2</sub>CH<sub>3</sub> + CH<sub>3</sub>MgX"}, {"identifier": "D", "content": "HCHO + PhCH(CH<sub>3</sub>)CH<sub>2</sub>MgX"}] | ["D"] | null | The reaction in option (D) will yield 1<sup>o</sup>
-alcohol.
<br><br><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267113/exam_images/a8qmbjrd0bheeoi2uqrj.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 12th January Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 125 English Explanation"> | mcq | jee-main-2019-online-12th-january-morning-slot | 19 |
MHaG3CMB5qNXXg9XinPqK | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | 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/v1734264998/exam_images/qu9q5gvc09rddstqhuo5.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 128 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263641/exam_images/kqabuivj6o9nxxyu2ozz.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 128 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265105/exam_images/qxqg6qzzuc4h5q0wucdb.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 128 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://imagex.cdn.examgoal.net/oxD0IjSsuhnfPnyAA/hcT9cclIxTeGT1H1uTaQhTHIgRImA/Osi5FamzjFtb5lFimDaOb1/image.png\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 128 English Option 4\">"}] | ["B"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263609/exam_images/mav3hql6u2scpjfkvkpk.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264043/exam_images/byqy5n2uebu4kigwdckd.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266750/exam_images/bwrtxzgorrexwc10eku6.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266136/exam_images/jl8g1wiqrncg6dmhoxgf.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266936/exam_images/dvrbssh4bvygcuwexppg.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 128 English Explanation"></picture>
Here –SO<sub>3</sub>H will be replaced by Br this is called ipso effect | mcq | jee-main-2019-online-11th-january-morning-slot | 20 |
eGB21tDQO23mLjlE6Cjgy2xukeygnn9u | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | 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/v1734265869/exam_images/hnqirsqezttwhiqxrigj.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 111 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265212/exam_images/d5e2noohvcamlw23hbzy.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 111 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264181/exam_images/iccpz1ksfyjlr3l8jfvi.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 111 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263982/exam_images/iv6cdgo1jwc4bwgifsmi.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 111 English Option 4\">"}] | ["C"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263627/exam_images/oupch8knkwtlmbxsqacn.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 111 English Explanation"> | mcq | jee-main-2020-online-2nd-september-evening-slot | 21 |
9es9FKJsogZ8zetFKjjgy2xukf93vbhw | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | When neopentyl alcohol is heated with an acid,
it slowly converted into an 85 : 15 mixture of
alkenes A and B, respectively. What are these
alkenes? | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266946/exam_images/isklnef4eaf0cnhiewhl.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 109 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266123/exam_images/vbiguoumce83jwicnj9i.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 109 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264803/exam_images/wse0jenwdw795gitbtch.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 109 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264777/exam_images/rrbe1lgxcuhybuioupy6.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 109 English Option 4\">"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266306/exam_images/ujf9ooguyf1js9ywftlz.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 109 English Explanation"> | mcq | jee-main-2020-online-4th-september-morning-slot | 22 |
ORn23E9xAOc8ukbSldjgy2xukfcemrnn | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | The major product [B] in the following
reactions is :
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "CH<sub>3</sub> \u2013 CH<sub>2</sub> \u2013 CH = CH \u2013 CH<sub>3</sub>"}, {"identifier": "B", "content": "CH<sub>2</sub> = CH<sub>2</sub>\n"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263775/exam_images/utuhf2vyx5dfp6b8e7ki.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 108 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267470/exam_images/k3yxa5amkvnkcvevgwe8.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 108 English Option 4\">"}] | ["C"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267305/exam_images/wz0lzsqv7ohyqxe8rn4e.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267277/exam_images/nlqr8kx3dxlxziwyguhy.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266281/exam_images/ndbsrx6hytgwpkvseqmr.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 108 English Explanation"></picture> | mcq | jee-main-2020-online-4th-september-evening-slot | 23 |
IgBn4j6zm4S8sypUKIjgy2xukfcfw0ni | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | The major product [R] in the following
sequence of reactions as :
<br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267783/exam_images/alprvm8evvuuyy48cg2y.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 107 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265931/exam_images/iesuthyofjqxkwfck7dh.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 107 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264601/exam_images/u0gmtzhu6drbblcrhe4k.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 107 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267266/exam_images/ludzhln8vk1eai6vjqmx.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 107 English Option 4\">"}] | ["C"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264498/exam_images/rhkmovtsgixavh2vkqio.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265587/exam_images/dgcoinajuscjwnu0nefi.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 4th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 107 English Explanation"></picture> | mcq | jee-main-2020-online-4th-september-evening-slot | 24 |
E36Nb9UgyKdJvIbRBu1kltad830 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | What is 'X' in the given 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/v1734266375/exam_images/bsdscvlop23izq19fb3l.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 102 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264924/exam_images/vfeqenpaxoqu0qiu7cvv.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 102 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267606/exam_images/dtsczzhoomw6gs38mxn1.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 102 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263722/exam_images/x5smqx0x8tcyuhemqzya.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 102 English Option 4\">"}] | ["C"] | null | <picture><source media="(max-width: 696px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266361/exam_images/bh465bto665oxqkgv6ij.webp"><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267458/exam_images/rcuwynnorbsjptnjjbpz.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265065/exam_images/yj43rxn31thw6udtjgfr.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 102 English Explanation"></picture> | mcq | jee-main-2021-online-25th-february-evening-slot | 25 |
xsynSPB8peLQHp5nqg1kludyyt8 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <img src="data:image/png;base64,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"/><br/>B reacts with Hydroxyl amine but does not give Tollen's test. Identify A and B. | [{"identifier": "A", "content": "1, 1-Dichlorobutane and Butanal"}, {"identifier": "B", "content": "2, 2-Dichlorobutane and Butan-2-one"}, {"identifier": "C", "content": "1, 1-Dichlorobutane and 2-Butanone"}, {"identifier": "D", "content": "2, 2-Dichlorobutane and Butanal"}] | ["B"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266466/exam_images/zdlaktdyxjona4cs7rh2.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 26th February Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 100 English Explanation">
<br><br>Compound 'B' does not gives Tollen's test due to presence of kenotic group but react with
hydroxyl amine. | mcq | jee-main-2021-online-26th-february-morning-slot | 26 |
3S1G0WJPmCpX2z10Ng1klurc923 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | Ceric ammonium nitrate and CHCl<sub>3</sub>/alc. KOH are used for the identification of functional groups present in __________ and _______ respectively. | [{"identifier": "A", "content": "amine, alcohol"}, {"identifier": "B", "content": "alcohol, phenol"}, {"identifier": "C", "content": "alcohol, amine"}, {"identifier": "D", "content": "amine, phenol"}] | ["C"] | null | Alcohol give positive test with ceric ammonium nitrate and primary amines gives carbyl amine
test with CHCl<sub>3</sub>, KOH. | mcq | jee-main-2021-online-26th-february-evening-slot | 27 |
1krq60bl7 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | In the given reaction
<br/><br/>3-Bromo-2, 2-dimethyl butane $$\buildrel {{C_2}{H_5}OH} \over
\longrightarrow \mathop {'A'}\limits_{(Major\,\Pr oduct)} $$ <br/><br/>Product A is : | [{"identifier": "A", "content": "2-Ethoxy-3, 3-dimethyl butane"}, {"identifier": "B", "content": "1-Ethoxy-3, 3-dimethyl butane"}, {"identifier": "C", "content": "2-Ethoxy-2, 3-dimethyl butane"}, {"identifier": "D", "content": "2-Hydroxy-3, 3-dimethyl butane"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l0adh3sr/6a57259c-96ac-42a1-a962-33a769faa5b5/26d1fda0-9a9a-11ec-9f52-c900a8226ba7/file-1l0adh3ss.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l0adh3sr/6a57259c-96ac-42a1-a962-33a769faa5b5/26d1fda0-9a9a-11ec-9f52-c900a8226ba7/file-1l0adh3ss.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2021 (Online) 20th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 95 English Explanation"> | mcq | jee-main-2021-online-20th-july-morning-shift | 28 |
1krt39d4z | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | Which of the following compounds will provide a tertiary alcohol or reaction with excess of CH<sub>3</sub>MgBr followed by hydrolysis? | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263300/exam_images/kryvigifswpcwuvbec4f.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 22th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 92 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265048/exam_images/ukord0m5zou5zqixuntm.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 22th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 92 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267757/exam_images/z29icrdxs9u111tqhiea.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 22th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 92 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266387/exam_images/bkfknsejg3s3w1s1yx0r.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 22th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 92 English Option 4\">"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264782/exam_images/puu521b8hhtly9rteljq.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 22th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 92 English Explanation 1"><br><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267803/exam_images/rmbz7sgolnijppm4fqb6.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 22th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 92 English Explanation 2"><br>Since, the given question is single correct choice the best appropriate option is (A). | mcq | jee-main-2021-online-22th-july-evening-shift | 30 |
1ks1goqui | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <img src="data:image/png;base64,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"/><br/>Consider the above reaction, the major product "P" formed is : | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263482/exam_images/sksij6sspz3bbvxnarld.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 89 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266390/exam_images/olpmkhjgvjjreafri0wb.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 89 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265892/exam_images/rb6dz5jlcykfcfsrtfys.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 89 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263656/exam_images/bktpory17ednzpkhlugm.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 89 English Option 4\">"}] | ["B"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266856/exam_images/iliav5vhnqo1tmhkpiy3.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 27th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 89 English Explanation"> | mcq | jee-main-2021-online-27th-july-evening-shift | 32 |
1ks1i6qcq | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266370/exam_images/knbegafifuzbtd7a1fcr.webp"/><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264676/exam_images/cl6clackn0a3t9h3xkfr.webp"/><img src="data:image/png;base64,UklGRiYWAABXRUJQVlA4IBoWAACQaACdASoAA6cAPm00lkkkIqIhI5I5WIANiWlu4W+z5mNwr16O/zfbJ/dvxY9A/G35Y9ov7r7g2Uu0j+TfbD8f/d/3a9kv+T/e/F34q6gX4l/Gf7N+RX98+I75PtX9W/z/oC+r/zX/Sf4L95/9Z6lX9r6I/N97gH5Zesfeb/hf+57AH87/tP/b9lT+Y/8P+W/2HpK/Qf8n/5f898Af8o/sP/D/wHtp+xX94/Zo/cf//jOADfovV2fOgcHI768LK6rtzaoWUKmGa/ZABv7IAN/ZABv7IAN/ZABuXzscHEkBwEPr4mnbyd7IAN/ZABv7IAN/ZABv7IAN/ZABv6sbv7WWVVf2QAb+x/4gmtQpAb+yADf0Fl0H1XL//uP4OfMFae+BzNmd99LV573/9Th7ZM4+yBNRwSofhv+fPrxIAN/Y/DzgKugR///+cNhciePgUoEPMsaqPD42BCBz3ZenovjGFKh1vN7/BJ6lA+A4gP//xqmhK+97zIeq7CsY9B8+PiLIYYdrIqE3EJUakcbMW2g/yP7QINjulUmWVWNn+F1XgYZhPyUY8QENvFR+5UY+g5to93K64hfxHAifL3VHh6P0BmsEQqatmt+ulmGxwErP/DeUmjZW48cElez5vaa82ImcW9vqX+4cPRSWqJIKf3TL3l4pI/W8uEiksu7+hbSJNBchJe7o7DAM/dp0vISShQ2G4C3xgQQjkjSw0TvK1GIwVyxrRLnaUR5hi2B+h/s+YP05hAqtHKAzRyRQnf3icuqH0nFR/cNZi1Ae102iyworNjke1a8ZiLQKxTVkmpA7z95lHa39vXhmsmAfZPs/VkocXE5DgIpk/m8cnMZ/keqYUUoD5NAlHIpntocqQnW0msssFndmQiljgYxLIRXcT51nV8ysQNXPkxYU7IoCJuzomi/qML9pypABv6mA8V9eKITtsohJMQSvECXB/SVXt1f7Kh//k2ig7v7IANyfYcLHROxSGEqK3/9APuxJVV/YvnJCzV+TWWVVt1IANx8+/+PMm9CkBv7H5EyGf4JSyxdVf2QAb+yADf2QAb+x/5X/jnsjwgRhmdu+TWWVqFdzy3vj2HsgA39kAG/sgA39kAG/sgA39kAG/sZaVIAKQAD+/xsSZctTakDQjgDQfZKHtOb06PzmzD3v0L0HuhkqGc91XcfBQmctQJzdOkNXbslrfkFVhHfZ4/K238CgGJ241DjFMdXHg3uFOuycT65V+66fHihc1hdenI/rrcCFCWPN+lTDtw4HS8xO1Xz2Yv8LIK1dEk2pHHF2Cj/foauzIFjkPWylR/P7MT0fBOl5V/bAC2I8jQYBznv8LuJylLWXS2TF1VGCdbMO0jp2OHy9GxBQNK64NCm2wJFOIL76lLq8+RmzK/NBt1gTwruEILXzibh5zAwDdiKKEXVA7xfKI8WGo7TmpmqwAWBaxc3MFMjilBqWfY2VjH4jmc2gUQeZwENNMMjDgYMfU/fqtVQmXdSkkFCgwUJjG292Bm42mgXM1tmT1tEMJl4f3IyWy0wgong8SDckMH7iHcyskyoyE+WK6651iruDpBnPAibhwCIrG1gifkyiyI88Qx/Cg5kMlJvvo/B1Cp6bL899tEbuHV6aPJCO7IsudQj6pLqtqz2U76uyvOjUGSxzzEOisRtv989kkty3V7QbfxgHJ8mXfxPybFTwyPcBCGCWOZF5zYT4eRw51mTTyPofZwjFlopDsMgc5P9XMV+git26kJ0wj+GudmdU8T9/garIA9osL2/u+e659rE91W/5MXSjiO+LkFpDUOOUD04kFiuyLM0/G6JkpF216/t4dzK0nSTiXd1Mvnsipy1qOqIGW5DlgdcpHGDZG3M/wk1V7yEFKFjaCs9cb+BS2zHhlghwVCLGuzBngjUQLYe22p9So+Rac6EdIulbDLhx3Iu20WYd91kJFSEv12kT4uRvfNwCzEQdSwZzeo6yPlWq3Xe+mihRBMV7tuZAde42V2Mh7gZBzcvRPAjI02BE79+oPxPF0ZXVduFDKFOqS/cMrGWkU4y4lZ2KG+ilR4hQjVTGIV8gJi+z+K2kE3Hj/27B3XBVNxH/1XmO81mTvEvV09NUhYjhwr5UopEoNL3uTV8MsxY+VHhj5go8/3affziF6eOT8BnAsMbNuguJ6ZC18yO6vW3nihMXz901WB9BPw6oSRchG6tHOmPlZWLNFBawQouHgIYig6F1g38EMVyCybi8yIDBF4U7eTM+ivMfUn02GonIwpyRo7ATXw3UL3iGLPynhloKjObeQWUHiiCpN2u656/Yl9DUjTd38yx2HAgxte3LxnzE2p7jfl4CLfnDd1nKsu2K4yziQIuYlQaGOxsdX+5/CLs9EVn4rSe5qGxEHApZxVQNf0RKn1Olt5xrMPOSK/JIylRyRyaYkNeHj08eSfF/8mTKQvmLjTpdufGjk19E0o3+93ro5zSStQqipxu+Yn8d/JfWZlI3KWDvsWKO3cf3EHuOhP/+O3cG97KNHsAss+xn+3zEVQlTefHF/8X7FK2cAOfTrcKH6s2pV42X/sxWW0LpmgaQ1UhEz1m5VmB2Ttody9zWHobsho/i2bJeBPvz+vOKcks9g74AM/Sqfe1NNR+PPPy8uBZaY48vwUuDsG3f58CNbrvJNLg2eAuEHH9fYpiXli6+BDTgOUGt0kd0DkdpgerQK/8aREmvjhq+7+xE0ebGzjKQTgIu09krtUmm1U+JFMn0fo/dwCE/Zpd7NBz0OJ64VZBgWKD+P+h54J592QppB+rihA48JIVyr2G+UjUkXXdvKG0/cYP1l44BFgrALF1w4iLk/ygHOMmgfAQRGinr4Zkbq7PJU3etyzlBKvcdnB0nHDDa9PPsfL/sd+nrfybA78412KHGhDW+BP4LIw3/6n0soPCsqFtQOYgF5BTO/o9q6x9o9usdX5GmJyun+cCpTDy7Wh8IvWXJTaX0O80qdv5rhe3BzDbAXFjIQVtCWa4AdKv61Z/d3itz/d+JebDt3cLWRRVG7oX17PEcijSGSuM22XTo6Y5hyPilA/UjFUdGQcnxb6x2c6YuyRP2WEB6VlOA7J27jrbp9Ae5cJjpV4C/izsZLG4B+dQJfc5j418HuHWpLwWNuzcC+f9JWGSQ+pdmgBw9hjYdX47T6QkCA6S3MNa67lo7Ktpp8ppjfe0/AOM6QNBat9AwFXmMKtFmp5Yvk3uf06fLX+BtHx0wOzI3F+sDIByv07GyXhPe6p1fvNhmPXRAEChAl/M2bUOURvKlzeZy9ABgn+C+Sj6cRehjEOwNZlPlxqupLhzyuRk5Trf54x1bjulp9z5jO4dm1l7NnnUrDrCiTeG1E/HoV4BasXR2y2lNQJ/i89t5vfrM/vAmYoIU/MRx3WFfmGvsdWQ/2VXppJS4J5eFhh+awEWIJpxYoIgvNGiu+UlWdNUh7OsPSKJhIF/GuwEZmRry+oUgE5L9uF9y1HuKOwymAg+I+UvIvlMg7TCOAQPOpMzGLJZDGVaUTOx5TZmZPAyYS2loN6yDcyuatBJ/45M2pPPgUNUy0E4qrDdZA/rOpJYBH/sjIA5PREGLqBCCCYf99xzMsTu6JfeYgOQJErVkBAFZoeihi2LFJPL3vk9PSzoAal3NVQcZ/acj8ZTRTYMoB8Bti0ZCMc6yf1CoSfRUI3Ua5/RnvL++q3eiAgb8E55KAfAfiqnL8CAH6XFkS4ow1DYdOJb4uzqc3rG9D/VdaZ9DiSbPmzd+7xXz8zhKsnWDVPS/M02jj9hwPM+DUAfWU4zMEso7pArtNvdrJH2s9jeRUfyAimplx+X/gyulZKNZ+bU+lqmDd9/gpQegaO4avZ+lNhxcziCMGB/df02a7K0Wfxl5nC50QvfB2gfvDoqhrbVSWlCQYiznpDG0Yqj3r+WmSis4YHrHqEEGPRBEqDhtm5dwEIIsU85Rf5W3o8QMki7OPjRRqJ/Q0iLT0LzyBrJSeUT/oq/WlKgrmiuhLknDmZzb2s+AmMHZice1GaOC1rQe/VwRjtAJJmdBpnZDEt61VWI4N5hmA6Gkqdzvx2cqwgzXk7Hrq/tmheNS0xUBlvtYixNST6wqcx/Fbt9F8ZrQw5z6y6SURKeDZATfdbnPsLQ+dUVwCBNxzmSjK/RM3cC5PrY0JjYlAvfG2eRBrxqR2CsVsaRZna6vFiHUTSUyy+fav7h6M6nKOVF4+QnsdC+h5x0TO81PrWfKbjAqs2lsKB3NCF3dCc+6qu6xDAWgylNX2/gxP0G6s0AEbFxzqKC6pCVQJ9veQYAr+xuWwQxlCa+KwFP8+3rXEwLkfq6bwFI3YckDSZSBxuPubPO+IwfWqtJl32OET+XN9pzcMPkjEse+m8LAnm9oGCR7lpEH7Z5UJzi2O4B0YWIxeLsRhQ3lMvJxfUSdUkzoUVHJXcjQztd66OolG44vjtXm6NiOys4DOppbUZl4E78IRaM4hk2fV1YnsvRz3Lz5hea3gqKxK/fjfQ/ojGg/IzO4FlYxFi5TmbIoYBD969WEUlEnQH9EGt664UCY7Cw0OiZIMxMTSd8tiIHYqU38pMuahJuuc3UWbCRwNCWEOrzP+vJrLQIxJRt1FnTApHTUQTn4llWVTCfbfdOPOf4I9ozPGt5PdsjzKkAXA5ng5T4R8oL257D9fflLjxmiz/1mnK8YCqKLEzs/uML59UZykDk1+tvgBEgfx4AcAA+UjdGe12230qPkfIkMIeyszZHOYzEa6e967IE/CdRcS+3BrAgJy6dZm3JHsyJZILlil3XQA87AIVnz7GPp/ZikLTlsKnX8CwR72N8fT8CpWvKeRSPlZ5BEgAB2/MafZpFt1mWWbJO5eAGHcjwR5PqLwk+Mo/YeoPIxx/fjROZh4zP+KVNmqVjPO95HWqGlSxp8J7LIP5KQTIqe6jjNFejhXkeKxR4fTEvtculN66d2WWaHRCdWNSm/+9nn+F9dlBy6R0BiPuuifoI7K7My/s4MNUOOV8c3XP4H0sPiwzJUdAG74QeWXEBJn3HajhbNF4ZhCZY0V3bcY+4B8sZ/6QnQbivSo//Xx3jDFbWxyke11FfB60Xm7GycuYnhM4I+yt3b8A3FKm5xiX8NO88KO+lk5eI8IpKWEhPwhhR6VvW7E0B9kmAPJHpKxtlsetr8zyp2ez9iC3t1QE6FDpBO+yDDNgq/nT4KS0b/VZflvw71WsgjZh7zIz2dnQvlTo1kFLTjolXGggWbtyb0h1bkaDf1Zd4tWFCa1nXMFhDaPp0hkT4x2nWXCNuSBJ969GIAqHfepPbsVN1/+rLXyQDJEHsI+F1eSc84MD+uZXRiq3kdGHQdT4M6u/Q//mWQebIb9CBerrOIg8/W7w+Adno35oAgd/pwgJtcA2jCX94a7W65RAH5VcpDp/Hq1oR/qR2KbDS04XCewDGywK/ETAzeT167lr2S8bdHDeKYyhXNerMv6ZRfoYoyM41Vjo1xHDC2L14Hu/8hqschBzq/X65PLZCtg/382Fa9duSN0LndgJRnKxFa3hllV6ISAr6enz8NdOQ32QIQSl+SX5yP/qSJ4u2irBhzgKzMD/BZNvPVirLJSaCLDLXvZC2kQCtu1td+1YhrfcRRtqfVfJgyaHatYdwhnrFbSNtjb4ga9rK/7E18SYPD5RwCex0MnkPKUIauN9YKgXrz0IyBlP3YYyFbTDP833ivf/iQxjCXc0AHN7EDs34fgn+3B+zEGI5kij8AYgVKlMsHFNObvjdZ3Z50NLSvGiZTU9hgABMHM00Vb1FKZ6Z8nrdl0yALZ7MscO6N8vA/cwunaLtjmfqHJdzqoNWdTvMhMdqPgKwyBQ3LH29Y7981SkOHPPB4vhWQygCeFAbXwCVosANA1oJcdcUNGGF4Lu0nQTT9ncRf6eXKSW4Oxlyl47NGqQcGJVFfSoZiGxRx5A8h5eTcKeoYswRuqHmG7ug6+uzaVRAh/XXZTqW10QysXUT6+hqAXcVEFZfJOLPpCexV4siggrvk/o7AYcT0pA3PM4a/lOv9+hblMA5F7rRY9uIHajDMF39/c+KdG5OfBNpyQmpmWUa/dgy5G7wa0eQRhVntag+wCqvFqaex8X+dzXKChe1p2Q5gyWLUEeFNri6FMxNXL7kiWGon5QXsIxmmiKqrOF2y/8VdmJZ6LTmD/8OjWZe12Fm0lCy/KktyGsOlEi4bSgRO61DrXokAvikDCQazIWdB6k1ZMW15H/XmCHbRynBMmVgNYt5zjhGxHX2yAIYsAquFqDiVjHksOkBbWQXEd16cm+UHen3P3wx6/wh6y0NyO4qQkX1FO2tq40sWviUSOtlEoI8iIHB2m22HN39XgqfyhI7lUnNaX/Eo3W/2A785OvpYvRjpVHFb9EXahJR3kSPqjR86aDi0Gct3qgIXm/w27diu/cPRN5fg/hCyEIDO9mPi3LdYlrdpOHAsSevyCIF5yJOYc5QFg+BpnH2+oR8Xg7DHZDBYZ5jTZ6CdtqJr/3xzmGBdYETyYDp6q6krtXLsD6+8yLQm90/4S2QeZ8rqxYJpm4laMenFn2wUUACknC29NUu6fkl0REJ3/tBOp2TnqvHKpdIf44CjTVb5yd3gWPlyRVFv92W5SaklB6K3BAVPu+Ejnht4DTNYCjHRD1HnRFoxtUDZKFBB5zsPFggGvAZe5t6A6sy8pWpGTo8ReuVn9n8zjHIpfMCp8FZZ+XR5ZxlGkCGiw3fQB6Yqfh/oRSezEKyouF5i+VXqQcey8RsMJDpwAHSacLRwx4MQ1/K3ZPY/cinf+Y5AB+1tSvpCoU0GeFISf8xOcyDIgeZY3+9II44q5GE/wuli2OHVZqVBlErr4S1dbxM/UlKz0zoLGmGr1lh+Y5YqgGvvvX20LFTc+yw+K3zH9YWeFlihyyLff8TCoBsjRerqoQ4IIx1P+Ii10uyaB15aF5k2cPG6BneKzc/IQErfvyVP/W1zDGXVu0r45RDbHuhMTcOYuKt8ilVueo9n5CcCWJIOPKI2wgn266B0PTVLZXmKKQTEC7rtc0DTZPZpEdHVXim523HvDj9uw2buADpH5JQG9hd2oKCJ96xnkmy531Y+AGNmehxltQ6aZY1GwCnxy1h77V4afl13RixUxCOVdlYMWhOOpmeMZSouHsZH4IJ3XtSJbmE/Y1xA9/t8B4xhlOwdBCqyTtkFBuUhDnbLz0+T0YerqvCugkn4gIZwYA+rkOObnn6AoBtvCT7SZGvMvHMXmUZOrDwG2F1T7x9V4W7qVtwtaCyukE3YXozR9iM0/0Fi9UF65pZzb1fBEJxvHwQKp8zWckknUjQMlkhVxO7JH576iOtFsVXnjRyv7g3suhzaWsr53lrIgAceeB8k1Lc9jA8cTFC8IhjdIWiTH/1jr6YS0t8Jr+zKLfdczJH+mCQezFM59tR6N273xaHj3dFxacgrIOLJSRHVM2N1PKjXCIE3yfqOkY+OM2/KwfRMGNmnFyt+F99d3VNRssz6zuDnw5mBBBelzv4lFP3+RodMd01ZXprTRdwTSVQP1oLxo3FZyggAAAAAAAA="/></picture><br/>Consider the above reaction, and choose the correct statement : | [{"identifier": "A", "content": "The reaction is not possible in acidic medium"}, {"identifier": "B", "content": "Both compounds A and B are formed equally"}, {"identifier": "C", "content": "Compound A will be the major product"}, {"identifier": "D", "content": "Compound B will be the major product"}] | ["C"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263780/exam_images/oui8qlkgwnj26mhmffsi.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 27th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 88 English Explanation"> | mcq | jee-main-2021-online-27th-july-evening-shift | 33 |
1kte9oknz | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | In the following sequence of reactions, the final product D is :<br/><br/><picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266443/exam_images/bfsemhdei75em4r1f1nc.webp"/><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265089/exam_images/bcp38ozmwiqggyrpeeqw.webp"/><img src="data:image/png;base64,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"/></picture> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264084/exam_images/uori98u1xylbkzcgeofz.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 84 English Option 1\">"}, {"identifier": "B", "content": "CH<sub>3</sub> $$-$$ CH = CH $$-$$ CH<sub>2</sub> $$-$$ CH<sub>2</sub> $$-$$ CH<sub>2</sub> $$-$$ COOH"}, {"identifier": "C", "content": "H<sub>3</sub>C $$-$$ CH = CH $$-$$ CH(OH) $$-$$ CH<sub>2</sub> $$-$$ CH<sub>2</sub> $$-$$ CH<sub>3</sub>"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263602/exam_images/q0yr2oypohnryr95hate.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 84 English Option 4\">"}] | ["D"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263871/exam_images/dpnyrbmbm4qzsuiwym9e.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 27th August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 84 English Explanation"> | mcq | jee-main-2021-online-27th-august-morning-shift | 34 |
1ktiajibh | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | The major product formed in the following reaction is :<br/><br/><picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267323/exam_images/saqkzaqrwh4yvcxpc5hb.webp"/><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265411/exam_images/wibzrqqpmyjn4e61y3yn.webp"/><img src="data:image/png;base64,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"/></picture> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265510/exam_images/htjzdutjgwfwll4thgx6.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 31st August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 82 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267187/exam_images/bsbowxsj0ftsrliqit7b.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 31st August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 82 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266071/exam_images/jvt8nnfs83gg6pzdujnp.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 31st August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 82 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266366/exam_images/ksmzek1g4k8tjd3cuulp.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 31st August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 82 English Option 4\">"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266328/exam_images/mel79auiu5f5qpwgbedo.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 31st August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 82 English Explanation"> | mcq | jee-main-2021-online-31st-august-morning-shift | 35 |
1ktiauoy6 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | Given below are two statements : one is labelled as Assertion (A) and the other is labelled as Reason (R). <br/><br/>Assertion (A) : Treatment of bromine water with propene yields 1-bromopropan-2-ol.<br/><br/>Reason (R) : Attack of water on bromonium ion follows Markovnikov rule and results in 1-bromopropan-2-ol.<br/><br/>In the light of the above statements, choose the most appropriate answer from the options given below : | [{"identifier": "A", "content": "Both (A) and (R) are true but (R) is not the correct explanation of (A)"}, {"identifier": "B", "content": "(A) is false but (R) is true"}, {"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"}] | ["C"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267413/exam_images/frddmhg81oklgbzracdg.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 31st August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 81 English Explanation"><br><br>Its IUPAC name 1-bromopropan-2-ol<br><br>A and R are true and (R) is the correct explanation of (A). | mcq | jee-main-2021-online-31st-august-morning-shift | 36 |
1l54zeapq | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>The number of chiral alcohol(s) with molecular formula C<sub>4</sub>H<sub>10</sub>O is ________.</p> | [] | null | 2 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l97xeoyg/f06e1db7-1d1c-444e-96b6-2f26472acd0f/b2c87c90-4b6f-11ed-9399-cda4ba1d6994/file-1l97xeoyh.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l97xeoyg/f06e1db7-1d1c-444e-96b6-2f26472acd0f/b2c87c90-4b6f-11ed-9399-cda4ba1d6994/file-1l97xeoyh.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2022 (Online) 29th June Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 78 English Explanation"><br>Out of which only two are chiral | integer | jee-main-2022-online-29th-june-evening-shift | 37 |
1l5bdivfj | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Hex-4-ene-2-ol on treatment with PCC gives 'A'. 'A' on reaction with sodium hypoiodite gives 'B', which on further heating with soda lime gives 'C'. The compound 'C' is :</p> | [{"identifier": "A", "content": "2-pentene"}, {"identifier": "B", "content": "proponaldehyde"}, {"identifier": "C", "content": "2-butene"}, {"identifier": "D", "content": "4-methylpent-2-ene"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l8mep1aq/8486d45d-6ce5-4561-8330-49120f4974d4/0f50cb20-3f9a-11ed-8593-f506a41bac9c/file-1l8mep1ar.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l8mep1aq/8486d45d-6ce5-4561-8330-49120f4974d4/0f50cb20-3f9a-11ed-8593-f506a41bac9c/file-1l8mep1ar.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 70vh" alt="JEE Main 2022 (Online) 24th June Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 69 English Explanation"> | mcq | jee-main-2022-online-24th-june-evening-shift | 38 |
1l6e1l880 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Most stable product of the following reaction is:</p>
<p><img src="data:image/png;base64,UklGRjgKAABXRUJQVlA4ICwKAAAwfgCdASoAAxsBP4G21WY2LKunIfBZasAwCWlu4XPU/mNwu55/s8bPntr/e+N9gBK68GZ99CmLczwKWzKQdQzq0zo4pc7T0TowJ0YE6MCdGBOjAnRgTowJ0YDIbz9Z6ZWoeLmPyOQj6grfYVvsK32Fb7Ct9hW+wrfYVvr1CHk6q3LrDA9w4o7Z4Ns8G2eDbPBtng2zwbZ4Ns8EnemrS60MUrfYVvsK32FXGfXbIpJBAnRgTowJ0YEyEvHBj89X4oE6MCdGBOjAUU82qks4Ag3WWwIYVlcXWsbrWN1rG6x1rQjowpotnzO6590boBs4ZsSxsiuUDB4opYcj6gI/t0IobAuQP3XNYeucBTMy3IAImWMu118E7d4ZxrmDKp27WTlEW4+9aWwrCda/GtjM2y2fM7ogk43t5c178Xijr6krlrrr+tLkrmyrJ6ta7zm5GZkVL/wnaRhnFnjk5RmoP7rwmdhiOMHPYLdXxy/iV6sx7eNTXgfFwPNpT+1mGhjRDiNZybUAW/UH+Z+w2I2Iu88tvZD1E6KA7+TNaBU6ln3osvEcRZ9JsOPYI4M/FNUu1tI/S43S/1l6D5j7WfAVC2S4u2u7giIUHCESOrE6X5+TsoFvFKPsoOsJlgLQDz46Mk5oeI3CXnFZCTtMEB7DCy/zlX/K2LNA4rYU/jBs7QgJ22JGMLJRYqrqMq3ICPsRtlAELN710Ud0ccFjvvQVzogpEdDUoA/hgbbebSPfuSY6VvsbIQFAQwEn6ZoEISoYbcQbm81b7Cuq5sik9pLrvdobmJk3SuHRp85YMsggQQgn/MmaLZ8zuwEsaw1unv1jO72l6ft/8oFA4iLyiEmEq7flNAx1MH+Twgf/qo0aNGh4o0aNDxRo0aNGjRo0aNGjRo0aNGjRl1FV1BKOvNx6EpHNatdJi+zB7vnblh9qackPxjLfQHPf5uSvWXHXlxdwJUcN/D5ZnsJV2/8WXo4+Sp8zue75sRJ5C8Xfl0kb9xj8fMwJt9e7eTI4u8yRG7PK6NsTDWGTL/jttRHQexOj06MmjvrDuJr3u/ytOq1v1JogVk1z+q7bpC89UGiItO0xihKjdJ2I/M7ruX9JFgZ/AHENOEKdpqgmMErl1Ds3k0gYI95Dx5FQy3bZzIci++Bn5kNIxdTBTDk6MqxUW8Sq+IdujwORzWz5nde8oFA7WastnxL7yFDv4FLJEW1sL2s4aqrj3+UCgcjmtnzO696wh7ZbWKVZ0DODMeYo5HgSbCXzIjWz5nde8oFA5HNbP7OzvKCw/Akc9TCLXzJcoFA5HOb1FE5HNbPmd17ygUDkeBH5nde8oDIvVV2/+UCq5a/+UCgcjmtnzO695QEAAP79y4m+ie6cXpkMgUhJB2GjaBds79GvwyGZS450viyfTsPx9WkgNdpQguiAHEmDpn7TIy37SDcYDxvzO437NMfzZnFNeWPDhktG7avTVnyqguAKtZ2FrT7Sj/axwb9YSTPUAADqWKkVFmWwDCek5hnCzn6Xk/BzXysy86rGBw+c+Q4FxU93Ug7+bqCL0obqBF/AkEm1uA1g57xA8gDuceVlb+5z+zTH6LJiKnJwqHcihKQNk0aBy35G8Q2cHiHtmPZCJ5KZvDWlsUzC32KFbnKEMKoVPvaXhxi94IoOTqtUcz/ri6O6j8F8iNOS8HIzozdo2oxwCQI2CHT6DhV/ckDlOV82NCqhiIUz+eMsOGAOG55XIVR6IUhs8opTyA5Bn56epkd613b+XgVkwKZKCf1tp1/7loM5XFwizQp843NInfnD2+o2YCq3Kjek0f/O6HJfXab6IPblUM3enqYtHndhEg9rDAscuep01SoG99WZIjw4I4qu7P7tNrww+y029UzIeHnMp7x2wPc3rrOYT5SXJ15gwURqXEwr6yTul4ZrLU1h8aSAMZZ7kUobGk7wa4MOG8cT1w6MJO7ca8H1ur2qoy1wH6EgEtpxb41DiS67x8RMpOBgUS0evhe+5mqjZLA/ZY9VRhl2ROW6fm4WLU+cJbyeGUI30Nv6PDc9j4ZT14JSqt7+gVJbYm995kDlY6Zx7IpWy2LnMrtxKZYLMbsA4hq9UfJuvs1gOF5CYdHq8Usfe7wcHMSAM7r1SNzqjE8Du+X3zpMUE+cicydZgHbTNrBiTAFkSv/dKJ2mfntLxzFAP7+7jtpxIUTns5qJ66vBIHHaRS889QrYJBgZmH2sbhoUoywjMBQtmXYP7eYS8HM8M4CeJBsEwgTkWBnafo0Tnm1x/yqysKkwD7PvfVGQpAUyg6Z4mtbt6CBMBdSeYBns9yFC96tSBXHXhknzdA01wdcKYgXwugaG+LNJ7ylgQ3wdctuAvaw7MKaM+FvHyBWvtzcXVY9iZZDLr5ycG1UdSEoakSEkJrU0LAxKgcmbzbwhylpYCiW0j7mN4wt9h3SJarbUE6a42N40fHLfSvBGy/Zhx1ArcJNUiQO6BVpUhYYxGovupkraiThyrwS+UhKaRjZTLjfIQtT8WdTRiuk/kIGSbKYMORiWUHnad1YSCpTAT+G4bwtlp/u3UJxJaFA8TG9jA9MloB7/BQI/QNdfyc5LawuHQ0NMj8Fy/QLNAsSbT59aFz7R0DQ3xZixoOg83QNOVZpt2Eva6XqIJwBsID7viADnTtNoRjMee/5TuAvhf3l3rLwPuBUrNMVY9z3ykEIHe09UUUvk8qghc3OseK9r3C1UPmCF1XbnW37eGYBUtdW/WiHqm+Msbe9QPNpBSR7tRjyD9ky0xHETtbpzw83GB+VoAYQXabA8TmTmCn8o6QAlLMUkVVnosKsaTxzu0WVnUCOQAftj0N0sXwcxlauImpol6ACvum2kSFS47XKEoxwo5J4+ELGiLmWadmNrJbfTsba6fN5ffr+Vv3o7K2SRegAYj35azDEvMHAcA842ucAb+yT32NBxc/bTpu/3mdaCj2dtXQCAlP8UhaVlwoMHFFdePBHfeJI4Hj2ATWT2YlVYFso58o2+EZn+6pBkjCcbHAquFdjO1Ik+hzbtq43NaWQ+WHeJigKpOY4uPP0xA0PwKgzdesVSbErdnjxXOAYeR/gwMe7IgCynhjZhnOwJSx4p2vU4HYWyOCAXLEsjk6mqy+eh+hYKtxlqQnmMchyL4wBO8ltkvZyrSht7mK6u7i07mJU7eL8ViKKgSYWpq2ao0AANtqK2GplGCaTae2lMASLxDpu3NTQhUjK6CySaMx9xnsbrC5+CKW+/mm4FiBk9RfZoYWqp4wxUDuerUXjMVwPHbd4XuOrvDwd6LnX7mE2DowVGu2cJisDGkBwD9sJP6wuILDAA5oWU/kYcTO9QQ/v1gwzWZl3ubWbbQ4kgNH4cXFmYt9Xx/K8FT6pAAEtNCAThISzzWnN/z0GO5GBO3CAAAAkvlz4NMhcfDGvYy75++NtRXYJgAAA1dhHotjlCm2SSVBsPIeIxSx3gAAACEKMFCngAAAAAAAA="/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6epfycp/e0f85f07-01b1-4be2-9cbf-32a3921273e9/6339c990-13c5-11ed-aaaa-fbfc70dd81e0/file-1l6epfycq.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6epfycp/e0f85f07-01b1-4be2-9cbf-32a3921273e9/6339c990-13c5-11ed-aaaa-fbfc70dd81e0/file-1l6epfycq.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 67 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6epgeia/f3494dbc-ac05-4250-b70a-b9285e7ebbcc/6fb4ac30-13c5-11ed-aaaa-fbfc70dd81e0/file-1l6epgeib.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6epgeia/f3494dbc-ac05-4250-b70a-b9285e7ebbcc/6fb4ac30-13c5-11ed-aaaa-fbfc70dd81e0/file-1l6epgeib.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 67 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6epgwrn/d67485b1-5fda-488f-af11-265253155f28/7dcfaa40-13c5-11ed-aaaa-fbfc70dd81e0/file-1l6epgwro.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6epgwrn/d67485b1-5fda-488f-af11-265253155f28/7dcfaa40-13c5-11ed-aaaa-fbfc70dd81e0/file-1l6epgwro.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 67 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6ephhu6/c02e81d7-a36d-4d15-b41e-6512b65960a3/8e163ae0-13c5-11ed-aaaa-fbfc70dd81e0/file-1l6ephhu7.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6ephhu6/c02e81d7-a36d-4d15-b41e-6512b65960a3/8e163ae0-13c5-11ed-aaaa-fbfc70dd81e0/file-1l6ephhu7.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 67 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc5nk7vs/70358681-b28f-4d37-b06b-737079930bb7/45fe9680-8594-11ed-a4e1-239777dab634/file-1lc5nk7vt.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc5nk7vs/70358681-b28f-4d37-b06b-737079930bb7/45fe9680-8594-11ed-a4e1-239777dab634/file-1lc5nk7vt.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2022 (Online) 25th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 67 English Explanation"> | mcq | jee-main-2022-online-25th-july-morning-shift | 40 |
1l6e1u9l1 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Given below are two statements :</p>
<p>Statement I : On heating with $$\mathrm{KHSO}_{4}$$, glycerol is dehydrated and acrolein is formed.</p>
<p>Statement II : Acrolein has fruity odour and can be used to test glycerol's presence.</p>
<p>Choose the correct option.</p> | [{"identifier": "A", "content": "Both Statement I and Statement II are correct."}, {"identifier": "B", "content": "Both Statement I and Statement II are incorrect."}, {"identifier": "C", "content": "Statement I is correct but Statement II is incorrect."}, {"identifier": "D", "content": "Statement I is incorrect but Statement II is correct."}] | ["C"] | null | <p>Glycerol, on heating with KHSO<sub>4</sub>, undergoes
dehydration to give unsaturated aldehyde called
acrolein. So, the statement I is correct. </p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc5nub91/885a5719-f117-4ded-bc2b-fa2b9690e0d5/5eb03160-8595-11ed-a4e1-239777dab634/file-1lc5nub92.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc5nub91/885a5719-f117-4ded-bc2b-fa2b9690e0d5/5eb03160-8595-11ed-a4e1-239777dab634/file-1lc5nub92.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 25th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 66 English Explanation"></p>
<p>Acrolein has a piercing unpleasant smell. So,
statement II is incorrect. </p> | mcq | jee-main-2022-online-25th-july-morning-shift | 41 |
1l6gqtvmh | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Which reactant will give the following alcohol on reaction with one mole of phenyl magnesium bromide $$(\mathrm{PhMgBr})$$ followed by acidic hydrolysis?</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "CH<sub>3</sub> $$-$$ C $$\\equiv$$ N"}, {"identifier": "B", "content": "Ph $$-$$ C $$\\equiv$$ N"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6hzahml/8407b32f-3abe-47c7-bc10-a886d59b312c/407ff6d0-1592-11ed-abd2-c5f8c222b719/file-1l6hzahmm.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6hzahml/8407b32f-3abe-47c7-bc10-a886d59b312c/407ff6d0-1592-11ed-abd2-c5f8c222b719/file-1l6hzahmm.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 64 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6hzay7y/9d6b599e-53d0-425e-bdad-2e0a8f9d336f/4d515de0-1592-11ed-abd2-c5f8c222b719/file-1l6hzay7z.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6hzay7y/9d6b599e-53d0-425e-bdad-2e0a8f9d336f/4d515de0-1592-11ed-abd2-c5f8c222b719/file-1l6hzay7z.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 64 English Option 4\">"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc5m8svt/4a7bc716-5f1d-4998-acc1-d3e472757928/1f60d290-858f-11ed-a4e1-239777dab634/file-1lc5m8svu.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc5m8svt/4a7bc716-5f1d-4998-acc1-d3e472757928/1f60d290-858f-11ed-a4e1-239777dab634/file-1lc5m8svu.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 64 English Explanation"> | mcq | jee-main-2022-online-26th-july-morning-shift | 42 |
1l6mddnrr | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Choose the correct option for the following reactions.</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "'A' and 'B' are both Markovnikov addition products."}, {"identifier": "B", "content": "'A' is Markovnikov product and 'B' is anti-Markovnikov product."}, {"identifier": "C", "content": "'A' and 'B' are both anti-Markovnikov products."}, {"identifier": "D", "content": "'B' is Markovnikov and 'A' is anti-Markovnikov product."}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7owxpw6/55cf03e7-f9ef-4886-9d88-dc637b593992/bf086f60-2d2e-11ed-b144-5949e1cb6ba8/file-1l7owxpw7.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7owxpw6/55cf03e7-f9ef-4886-9d88-dc637b593992/bf086f60-2d2e-11ed-b144-5949e1cb6ba8/file-1l7owxpw7.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 70vh" alt="JEE Main 2022 (Online) 28th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 58 English Explanation"> | mcq | jee-main-2022-online-28th-july-morning-shift | 43 |
1l6rkwll0 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>When ethanol is heated with conc. $$\mathrm{H}_{2} \mathrm{SO}_{4}$$, a gas is produced. The compound formed, when this gas is treated with cold dilute aqueous solution of Baeyer's reagent, is</p> | [{"identifier": "A", "content": "formaldehyde"}, {"identifier": "B", "content": "formic acid"}, {"identifier": "C", "content": "glycol"}, {"identifier": "D", "content": "ethanoic acid"}] | ["C"] | null | $$$\mathrm{CH}_{3}-\mathrm{CH}_{2}-\mathrm{OH} \frac{\text { Conc. } \mathrm{H}_{2} \mathrm{SO}_{4}}{\Delta} \mathrm{CH}_{2}=\mathrm{CH}_{2} \frac{\text { Cold dil solution of }}{\text { Bayers reagent }} \mathrm{OH}-\mathrm{CH}_{2}-\mathrm{CH}_{2}-\mathrm{OH}\,(\text {Glycol})$$$ | mcq | jee-main-2022-online-29th-july-evening-shift | 44 |
ldo8k1qk | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | Compound $\mathrm{A}, \mathrm{C}_{5} \mathrm{H}_{10} \mathrm{O}_{5}$, given a tetraacetate with $\mathrm{Ac}_{2} \mathrm{O}$ and oxidation of $\mathrm{A}$ with $\mathrm{Br}_{2}-\mathrm{H}_{2} \mathrm{O}$ gives an acid, $\mathrm{C}_{5} \mathrm{H}_{10} \mathrm{O}_{6}$. Reduction of $\mathrm{A}$ with $\mathrm{HI}$ gives isopentane. The possible structure of $\mathrm{A}$ is | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldpjwj71/06e1022b-2f9d-47fd-8b7b-8d478970cec9/dc4b1dd0-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjwj72.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldpjwj71/06e1022b-2f9d-47fd-8b7b-8d478970cec9/dc4b1dd0-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjwj72.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 31st January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 53 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldpjw0a6/0e42ab94-fa9f-4f21-9358-466b3697b59a/cdaf08e0-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjw0a7.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldpjw0a6/0e42ab94-fa9f-4f21-9358-466b3697b59a/cdaf08e0-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjw0a7.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 31st January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 53 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldpjvmc3/2e1587ec-a731-44b0-8ee2-95b33a4798f0/c2e90230-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjvmc4.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldpjvmc3/2e1587ec-a731-44b0-8ee2-95b33a4798f0/c2e90230-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjvmc4.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 31st January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 53 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldpjuzka/97b1b335-6064-47ca-b51b-1308432d6bee/b151d5b0-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjuzkb.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldpjuzka/97b1b335-6064-47ca-b51b-1308432d6bee/b151d5b0-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjuzkb.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 31st January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 53 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1leebeag4/7bf5b7bd-2ada-407e-815c-69f59991a7d6/302c4b30-b1f0-11ed-b672-8f6f8dd362e4/file-1leebeag5.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1leebeag4/7bf5b7bd-2ada-407e-815c-69f59991a7d6/302c4b30-b1f0-11ed-b672-8f6f8dd362e4/file-1leebeag5.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 31st January Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 53 English Explanation">
<br><br>Formation of tetraacetate with
AcO<sub>2</sub>
means
compound A has four –OH linkage.
<br><br>Reduction of A with HI gives Isopentane i.e.
molecule contains five carbon atoms. | mcq | jee-main-2023-online-31st-january-evening-shift | 46 |
1ldojp9ui | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Identify the incorrect option from the following</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldoutse2/7f7c313e-5465-45bd-9dc7-72620421dcd3/cbbdacb0-a3ef-11ed-b56d-63317aef4a22/file-1ldoutse3.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldoutse2/7f7c313e-5465-45bd-9dc7-72620421dcd3/cbbdacb0-a3ef-11ed-b56d-63317aef4a22/file-1ldoutse3.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 51 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldouvkop/627be42f-5d7c-41ee-8eed-537bdfd3b24b/fd683690-a3ef-11ed-b56d-63317aef4a22/file-1ldouvkoq.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldouvkop/627be42f-5d7c-41ee-8eed-537bdfd3b24b/fd683690-a3ef-11ed-b56d-63317aef4a22/file-1ldouvkoq.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 51 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1leyxoqck/998f2e9a-d584-4687-a220-d4223a7e950e/0860c240-bd47-11ed-bf2b-9520d7788f22/file-1leyxoqcl.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1leyxoqck/998f2e9a-d584-4687-a220-d4223a7e950e/0860c240-bd47-11ed-bf2b-9520d7788f22/file-1leyxoqcl.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 51 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldouvwp1/d5f25c33-eff0-470b-bea2-4e91cc13dfa9/06af3e60-a3f0-11ed-b56d-63317aef4a22/file-1ldouvwp2.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldouvwp1/d5f25c33-eff0-470b-bea2-4e91cc13dfa9/06af3e60-a3f0-11ed-b56d-63317aef4a22/file-1ldouvwp2.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 51 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1leyxw5pl/129a6095-83d4-4a3f-aafd-a53148720436/d6e939d0-bd47-11ed-abf2-2118a9726d27/file-1leyxw5pp.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1leyxw5pl/129a6095-83d4-4a3f-aafd-a53148720436/d6e939d0-bd47-11ed-abf2-2118a9726d27/file-1leyxw5pp.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 51 English Explanation"> | mcq | jee-main-2023-online-1st-february-morning-shift | 47 |
1ldsdbhpa | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Find out the major product for 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/1ldsoh03h/9e67cb3c-3078-47a8-a13d-c0833f5eea79/13ff36d0-a60a-11ed-a0ed-57f9f4967d00/file-1ldsoh03i.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldsoh03h/9e67cb3c-3078-47a8-a13d-c0833f5eea79/13ff36d0-a60a-11ed-a0ed-57f9f4967d00/file-1ldsoh03i.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 - Alcohols, Phenols and Ethers Question 48 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldsohj3g/e864b633-9af3-47fe-b2bc-0b9b15e0b468/22ac62c0-a60a-11ed-a0ed-57f9f4967d00/file-1ldsohj3h.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldsohj3g/e864b633-9af3-47fe-b2bc-0b9b15e0b468/22ac62c0-a60a-11ed-a0ed-57f9f4967d00/file-1ldsohj3h.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 - Alcohols, Phenols and Ethers Question 48 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldsoi12w/131d0d45-4a82-4bcb-9034-ec0d4e16e0b8/3090e780-a60a-11ed-a0ed-57f9f4967d00/file-1ldsoi12x.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldsoi12w/131d0d45-4a82-4bcb-9034-ec0d4e16e0b8/3090e780-a60a-11ed-a0ed-57f9f4967d00/file-1ldsoi12x.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 - Alcohols, Phenols and Ethers Question 48 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldsoig4f/0cc83816-d09a-4664-ab92-d4903496b41b/3c2f9af0-a60a-11ed-a0ed-57f9f4967d00/file-1ldsoig4g.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldsoig4f/0cc83816-d09a-4664-ab92-d4903496b41b/3c2f9af0-a60a-11ed-a0ed-57f9f4967d00/file-1ldsoig4g.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 - Alcohols, Phenols and Ethers Question 48 English Option 4\">"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1let6u0fg/36c22b8c-9b7b-454b-8623-710b7a548348/1979c7b0-ba1e-11ed-b0df-5f01f73c9385/file-1let6u0fh.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1let6u0fg/36c22b8c-9b7b-454b-8623-710b7a548348/1979c7b0-ba1e-11ed-b0df-5f01f73c9385/file-1let6u0fh.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 - Alcohols, Phenols and Ethers Question 48 English Explanation"></p> | mcq | jee-main-2023-online-29th-january-evening-shift | 49 |
1ldsduqv0 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>The denticity of the ligand present in the Fehling's reagent is ___________.</p> | [] | null | 4 | The ligand present in Fehling's reagent is tartrate, specifically potassium sodium tartrate (KNaC<sub>4</sub>H<sub>4</sub>O<sub>6</sub>•4H<sub>2</sub>O), which acts as a chelating agent. The denticity of tartrate is four, meaning that it can bond to a metal ion through four different atoms, in this case, two oxygen atoms from each of the two carboxylate groups and two oxygen atoms from the two hydroxyl groups. This chelation allows the copper ions in Fehling's A to remain in solution, preventing them from precipitating out as insoluble copper hydroxides. The chelation also helps to stabilize the intermediate copper complexes formed during the redox reaction with reducing sugars, allowing for the formation of the brick-red precipitate of copper(I) oxide (Cu<sub>2</sub>O). | integer | jee-main-2023-online-29th-january-evening-shift | 50 |
1lgp2ilme | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>The major product for the following reaction is:</p>
<p><img src="data:image/png;base64,UklGRqIQAABXRUJQVlA4IJYQAADQYQCdASoAA5UAPm02l0gkIyIhI3ZKMIANiWlu4XU+KxnZ1x/pT/evyM8Df8V/Zuoh9Qfrf9p5FsSz4v90f5f+G9tv8n3o/LjUC/Gv5N/lN5tAD+mf4D0PfrPMj+V9QHgU5BfVr/vfG59WewR+tHV49K0gJaljBSEBKZBYv21LGCj/vU1aUfikEmMuhYvQEpkFi/bUsYKGitTNnb8O5TILF+2pTKrp2PMTaklsHVi1Hjz61AO6QPkQ0oGtmNmIHnTNyf/n8i8+8QiTPOZMCw7Sl+5cWJCX56Us9tcib3SvDR/NSHGoZW3Nnb/lJ4qZq2cT933eXF3iKc9+aJ8RTmO+G6M/N3QaVMOcpSC/KZhg3JyuL0BKY9t4Uh43QQXuFFMZ5deDmtlyav+66R/0DF+Qu3v5fkSOTuic7U1K3LFgq/9231FV9R4Dh9b5++Y12E2zrSb8WDH9c/yEhEDZavKuIf7ibsbF4+lQQ8v5f/8cRjddE+f5SsqNJnMeqVGOTNy0yCxftjJICYRVJ1HpN+8x4OAlADy+Ep2bKlNh8e2h5tmAKFYDIodhR/aTguCw7zp3nLhH4tA10ZjFJI5gOkMiCiQyBhcjvwbsrB07hu3gD8pYcUfxFOe/NvfLmXE93ffz62KGgQNFspLlgUcmrzuu5fQOhv3m4NASmQlsr+3CsYKSrhwowXS1LDAoCQHyS6rVJtjXHWffegCZO8rn9TOn/0+WQEplStYy1sZh1HrmHyoyJavK3RVJfzExsIJ483pXx6Dv/DZKcWkE8Y69A67fzBDumskZAIRZNuCX384oo18m+L8qGPIYkHVtCEu86bXgQNKScIwmHiGRDJgw8uvJ3+hJVNpt4WRvA4rYFXFolO4W9K+PQd/4bJTi0fe4Ck2A3KZBWYb1nETJgJTILF+wTZg+4R92j37Hgwk4TJrP3FjC3MnLi9ASmQWL9tSxgeKk53nNL9tSxgpCAC2yhudOPEp5VKw84rZP2L003SV1u9ASmQWL9tSxgpCAlMgsX7aljBSEBL4bhYv21LGCkICUyCxftqWFAAD+/GUAd2vPRn7B3oUSimzvwVb8djp/NBX8n9rbc1a949EweheJI7fDjqa6+jFfM6MHigblZuC34GZJcZ7GJbwhMXpzZjjbSsgXHnQBjsjdZTPTJYLUT3+CaI02t4GnYbabbkGDFbh3F12aQVKlZJjW6kPW3x//knE7cMhP1x1hAVhTERe6DG/VyTl1Oz3Ut5GJiSe3+syt/AjNVOKd553tOu2V4vZHzRfdgAzFzOt0nkypD9nQjhrgmcMchyhazntWom/wlqnhUgS3Hbwpg0a4YoXfWjR+ySHpZq7Souq6iScLtkyQV8SO67ENb5R0vTDQZ4mR783/qfeSe8UBxquCKR7Py97RmkZHPHhWSdsrZdOiTJKXi9uF+eBllHV6Y/Qc3gT5MhscjX8iDZh3B3Yscj7I9uJop8bwhnY+NTgVulyT6wHK/QEpHMpUREIbvqUigWMAuhZyY6xQ6uyeKpE3Mq/2S9RCgC5/VQq7A8BtLMuyBhaNf/Upb9iKEjMbryA4QY5QV++ggBvY6mUJhFaUbt6ZIwFzWPbjQAyPlW7599qNSZ/DrT/HrwUoOx/4yHj5JMaQC/+RBdhmSiJ0jwU8VvKdsXAllqMfH0zEwSWtBSTUXzX9U8zTPQwE1z/cKwfo/MqCMTu46tNrAIlu88zrUn/Xf/oXqinb9x5SlXLnzDUJ1lK8Gs/zjju9TChgYAn8lDI/hc7dFR4navm3oRSWOgnLE92C0OQokbvLKDWM4XhhhjmaKGzbojcJ7jLgUEL+UlvpuMdBEwCGRJEeKbSItYTdZQ8Ty9T26c3TyzKGjOXnUqCBbFxMDFramPGUjHhd4dB8ylVlBD0NttOvZdi3DHXLC0aJrpGO9oOWjmlc3Uu1PNUmUr3qJxhS7sa4NtETfVzUwJ0SCpu9fRtpNrKKCwQskx7rnoD7ARFUipKEmCVNe5CM3mpSXjM8kXHxQnijnlfEfw2XEXT6yPrka76gvBDInFl96QLJujGK19mtJ70sNEWrns7UDQilB/PMs1h+VNaqQmyAL/AsZdXh74SsDFVn6waBbipMOOUIrdvyw+mCwm7z0Vp/tfozyaimLalu9vnfq1ycw6W2PyXma8Nb9wJAPrH7xyLO8FjhRFD6dsYQSX1eiC0iCdv1puJYydN6AzxAVts2k7r/r+DjJseETTfpMIYSxJK7iJsYXGYUjVL/n13NA5SGpprt7WYkK8m26nmyiL5LEhyQvZCOx1p23EmFcZs7ohufp3KCZRTtp+QP7l1T4S7BNV76TUUg6jKMxQJ4hZE8j2V2/RlnkAiGnznUB2P4d+NJo8LIrWDrzCfVJw0lnP84tl49boTic0xMcdmsFBqrzaIWQe08JsHWYXm4p7YEQsPZ8JXI64N41azk0OvfMbse3/karZrtjcqxfjTRMW4U/5Qql10enj/DwOt1Lp8afiM9iw3XEcbX+PTBtu+iTwUd5Jr1+gt9F/pBAgD8ZE2yGaQ6nuvbkr+98xP5iT6pW4PJF/QmNIzkkWwGd/4kw916PFJ3H65ginXcTbbKFhWp4WSGR/+2DulKg/s7dRXgFrm8RX7J6Zjs27rB/TTqZOD/nek3f51YDwVmsa8AEVVUa89GfsflxiDux6445gj+//aZH0bvqwHgmayeQbfkE5nkU0CMFZHcCFVDeHqbPUizDpJgaN8/O59e59AZQkdQBcCiF3IMNyV9DgXGST8pI1AmPPjNnvXKfRG+0pah8F6VwFMl1AGrmw7Na8MQ+z69jaoGDsWeB0GqAaTM9+T4OjdGA8py6EPeNteFqb+GMGz/+Hl9Ax6cgPNymmS1SlMScmFjvn3ddmED3h4AGbFl1oooThxHjWtxHD26u7tq19pUcMiN+FxKZh8xTEnloyjZR0BRTfB36RVYG7qjDDz57tKRCyV18xwN1jzFqPCwxeaKObx+iKOWsMAlTJ78VUcXE49kUIpR8gqkTQr9B7AhZWhZoNxsmHQJDiMoHg3YYB7mODcgVkqn8Kf8VM53I1rG/en07V77KQtzFmvhM0HFBESd/SOjsLGKDamaz/xkPZDpPxDMAGjWgGx2lj1VprZbMSGStaCe7SDtbaHIojEEt7nCrpIln02L8HVbvRfthgRgIAsMavD2t0hQfp88+FebTLax6UooYxgbB5Igb7GG76qbwUOktBKclOdABGuFLd6AgLWBYASW3h1Nh6bQdIF/exYk6DXjdxt96uZ12S/W40a/EtJfmnK9KJgfgq4roD5894Jf7a5a1En1QsnojDgitjnpVlvo5wtWUv4FvtmEJ5WgpDMjq6IJDXhPXH8cNaiScbvR0/MHJkqGjiCJ/EcCw6LKNPW9yAWgpAIDq8WE+MXwk7rNBVEfHW2eG/+h1wzLJA59ov8CeDMnG3v2AhfhPF+FVJJC6zy4QjcV/ozfIZk7IMOu+jdY6c4Uqx2AkhZZwNksvxUnb2BYr95MGWaQY3sc07qAeSBUXHCBNeLmAq2lpvf5dRaIDXkVZPF/GQZSZKTcWpJsIXuDEmu498T4hZ+ZbSXEaQ0y3P2SDEYaMQtoNiKIKKqe7yxAp47Y0V3H7ZD4G3oE0+haLxBN7q84FhOQYWnAOE3GFMLv6gkXxKvkG8FFmIxBur3fwXxS3ZUVUmZVa1UvB3I2EUgamvQ8kdr01UNM2rSp/E5CRhYZckOMxj2Z6e+otmtM1MzW6j5fogQRPBBM2dc8wA/wEpRMISnUgkyDBxhtZ3juWtu0Xh3soJDy7XUXlHCvXRf13k41w7Kg0Rq1vAm8fgsKHY9Xb3Xu4pz+2Ip+ekeTuGJzMO2OXMr7z/WF/Hxzgty9ADdws3kVrvWO9Q3Zs/WNf8M2seqMX7j3ci8OVA08dA25lQGATn6BShamax38uAp1eniBW97nhnjiQzxHTf75CZrSUBtbaH7B9YCLoX6Io7FFWV2idXtgemHVyJ2ia7UgepcL3CZvO+EJgN47xXKCSuAcCGR4uNYaVECQDuPeqpQhwfVM3gTthcxOvENrXhr9GeTUVQ4helvtx3FAi5CvBg8O4nTDjWsb+JZNIa3QptRKX4fhvITs5rksd65qAXCzAbFOZB1z8XC5ijLEn+4wrL3wU/nakjmx9FP0w+kCaIFeUGC8MuaoFe0iebqcW9EmkOzL+JxxOY9XjM+FG/Zrcv9k1pgg2/yKhZFylIO7QlX+GU73Xc+EdlfaIggymaarE6hofbEYQBUQ0nlo9/nE4QBf1ir/45IMTNBcEfEw4g0lSzk3ZfKU67apHoamZazjnf14jsar6iCv/l90v9b4an1hOTda6z0sujwXm4DiNCa04mGgOuzYHWrhSKMJ7ebKm4yM7bhQ6+yq5psLFnuS88kwNG9fkFIulyPBG/AU2MaOka8kJgr7ELnYiSzpkaRhY6hzKVERCG76rt42Pg5OlS9FLS+Kw6bNNGjQpxsSmfRSiPfuDBNt/E3iB1FIXRwGmybNPdHPoRD0wzOeakfkRzNR2/vnmcCVeTHUcQR20AeG0po1BxnVA0gvVccSwxcwwdj8mRh7XfKaKt0lyl+u+hS4qZJFyHrEkuYIilTxlnSQJALAoCLRfBBgYrqD2C8lu2gwqDmfooxKuep96fcxvqH/VFUPYJdqJpF4VbeQTEPEVAQNhCQ20ysBdFxVkUuU+Owh0/iYjb1ZmNaOVn8+mOJGhipIyeA13DJ8vnKh/xxIjNeob68wPtCGjdmlDNakUr0ZeZslyh3CvBhnVMTpTETLLchp8yQoHCFl3LfxGJItPsoHhwi5NHoJSDWfHnudttVEzoTX77dquPqvdaNamB14MSUvV/ENW7DqclecZqqJDlkBLOpWGNw+ITATMcJeXkJ9k7pjYXvj4I2APugArE4UQTGcazKMG9qH24o3EX5PagYAiq+sL3ZOAR93TGPy6a7jmMvsEWRStf7ykCT8DfgbNARkKHkhA1whW6ylNpCh7Sg4wl7e7BpGkk89ErjZMt9ennW7J12RDY5SwATMV+OWvIFVquP7/ySls/oZabt7Gg/zNOL52Y6xVYEeHbI1dpl2RVlhZBr7u7BO6ZrKb/k9Adb7uoPMmiKE1QoHlXqkjHOzB+wlmqTL5Pt/rW/8jpbNPV+My6qcpgWriDBIWN2EeaECjkm1urgSLi6efT0Okghq+sGPgVI6EHEEx5mbOHyAbvjrnAIfAX9bI/aIkoShsR4gNiOed4JDTX5QfPquqqh7QAIgkzREM71XTcNnw9yI/30p7ialY3HAcQlF2XLSMVpBogT9snbnzASF3Ds33TMINL7rYHihEUb9rfRvPVP22fUDdxjfAJzn9dMqtPlE5oHVaTta7BhTWjemxMzWCfebC4hmfPOKe7THI4Msf4t2WO5KhKNXw0vQdOKCO1uuhoSMMm/m1AR8tuH8l83ACgACmcW8V2LCsJKqqTtAsp0xilGCiTwVuWEtO5dZpcLYX5Q9lDB+SWwuNA6BWgocxCTtj0YCE0Vsk52/pSGzs3liM5ohx62mDwXUvIbb0WbYnz376rXY2+nxGRM580qobVbqxtQeqAvc+YINfrxRXJANEhT0zVLa4LWKuQM8VMAbEZWcowS288i2XKQXr4adWAp7wAAAAAAA"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgpl3tc8/579f2d4f-a431-4d4d-b190-786d0b74050f/360f3c80-dfbb-11ed-ae63-1b5c56cec3c4/file-1lgpl3tc9.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgpl3tc8/579f2d4f-a431-4d4d-b190-786d0b74050f/360f3c80-dfbb-11ed-ae63-1b5c56cec3c4/file-1lgpl3tc9.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 13th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 37 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgpl47gz/993037bc-aed2-491e-8c23-b48868bf4071/40f9e230-dfbb-11ed-ae63-1b5c56cec3c4/file-1lgpl47h0.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgpl47gz/993037bc-aed2-491e-8c23-b48868bf4071/40f9e230-dfbb-11ed-ae63-1b5c56cec3c4/file-1lgpl47h0.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 13th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 37 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgpl4icf/6a454898-f0d0-45c6-9e7b-a6d5dbb7842b/496026f0-dfbb-11ed-ae63-1b5c56cec3c4/file-1lgpl4icg.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgpl4icf/6a454898-f0d0-45c6-9e7b-a6d5dbb7842b/496026f0-dfbb-11ed-ae63-1b5c56cec3c4/file-1lgpl4icg.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 13th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 37 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgpl4spl/99959aed-af25-484a-9e8c-6e1032b72878/51620490-dfbb-11ed-ae63-1b5c56cec3c4/file-1lgpl4spm.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgpl4spl/99959aed-af25-484a-9e8c-6e1032b72878/51620490-dfbb-11ed-ae63-1b5c56cec3c4/file-1lgpl4spm.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 13th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 37 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lgso91kb/65acd01d-e749-45ca-b479-91d2184e79c7/dccb4fb0-e16d-11ed-b529-e972ab4de0e3/file-1lgso91kc.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lgso91kb/65acd01d-e749-45ca-b479-91d2184e79c7/dccb4fb0-e16d-11ed-b529-e972ab4de0e3/file-1lgso91kc.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 13th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 37 English Explanation"> | mcq | jee-main-2023-online-13th-april-evening-shift | 51 |
1lgsz0375 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p><img 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"/></p>
<p>Product [X] formed in the above reaction is :</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgtuvtts/6f955f07-8f7f-4981-addc-c68f0c77fb4c/95da2c00-e214-11ed-a71b-5bec0e8df462/file-1lgtuvttt.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgtuvtts/6f955f07-8f7f-4981-addc-c68f0c77fb4c/95da2c00-e214-11ed-a71b-5bec0e8df462/file-1lgtuvttt.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 34 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgtuvjdz/2fa0fc84-fb1f-400e-97de-fcc191d0d01d/8dc9cf70-e214-11ed-a71b-5bec0e8df462/file-1lgtuvje0.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgtuvjdz/2fa0fc84-fb1f-400e-97de-fcc191d0d01d/8dc9cf70-e214-11ed-a71b-5bec0e8df462/file-1lgtuvje0.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 34 English Option 2\">"}, {"identifier": "C", "content": "$$\\mathrm{H}_{3} \\mathrm{C}-\\mathrm{CH}=\\mathrm{CH}-\\mathrm{CH}_{3}$$"}, {"identifier": "D", "content": "$$\\mathrm{H}_{3} \\mathrm{C}-\\mathrm{CH}_{2}-\\mathrm{CH}=\\mathrm{CH}_{2}$$"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1licm79d2/4071eb6e-1b62-4797-b8c1-bf9fbf7fde36/bd4f1c60-0031-11ee-a99f-43454a56aaa3/file-1licm79d3.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1licm79d2/4071eb6e-1b62-4797-b8c1-bf9fbf7fde36/bd4f1c60-0031-11ee-a99f-43454a56aaa3/file-1licm79d3.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 34 English Explanation"> | mcq | jee-main-2023-online-11th-april-evening-shift | 53 |
1lgv0zddq | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p><img src="data:image/png;base64,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"/></p>
<p>The ratio x/y on completion of the above reaction is __________.</p> | [] | null | 2 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1liw3s63h/814c68a8-dbcd-47a2-9bd3-7afcd76e55a2/624ff8d0-0ae9-11ee-90ad-4fcf9f0e5686/file-6y3zli1liw3s63i.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1liw3s63h/814c68a8-dbcd-47a2-9bd3-7afcd76e55a2/624ff8d0-0ae9-11ee-90ad-4fcf9f0e5686/file-6y3zli1liw3s63i.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) 11th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 31 English Explanation"><br>For completion of reaction, we need 2 moles of $\mathrm{MeMgBr}$ per mole of reactant<br><br>
1 mole for nucleophilic addition and 1 mole for acid base reaction. | integer | jee-main-2023-online-11th-april-morning-shift | 55 |
1lgvurueq | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Incorrect method of preparation for alcohols from the following is:</p> | [{"identifier": "A", "content": "Hydroboration-oxidation of alkene."}, {"identifier": "B", "content": "Reaction of Ketone with $$\\mathrm{RMgBr}$$ followed by hydrolysis."}, {"identifier": "C", "content": "Ozonolysis of alkene."}, {"identifier": "D", "content": "Reaction of alkyl halide with aqueous $$\\mathrm{NaOH}$$."}] | ["C"] | null | Reductive ozonolysis of alkenes will lead to
formation of aldehyde or ketones, oxidative
ozonolysis of alkenes will lead to formation of
carboxylic acids or ketones.<br/><br/>
So, alcohol is not formed by ozonolysis of alkenes. | mcq | jee-main-2023-online-10th-april-evening-shift | 56 |
1lh02rkk8 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Given below are two statements: One is labelled as Assertion A and the other is labelled as Reason R.</p>
<p>Assertion A: Butan -1- ol has higher boiling point than ethoxyethane.</p>
<p>Reason R: Extensive hydrogen bonding leads to stronger association of molecules.</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"}] | ["C"] | null | <p>The boiling point of a substance is dependent on the strength of the intermolecular forces between its molecules. Stronger intermolecular forces require more energy to overcome, thus resulting in a higher boiling point.</p>
<p>In the case of butan-1-ol and ethoxyethane (diethyl ether), they are both composed of similar numbers of similar atoms, but the type of intermolecular force between the molecules differs due to their functional groups.</p>
<p>Butan-1-ol is an alcohol and has a -OH group, which allows for hydrogen bonding, a strong type of dipole-dipole interaction. This happens when the hydrogen atom in a polar bond (especially -OH, -NH, -HF) is attracted to some electronegative atom (like O, N, or F) in another molecule. Because of this, butan-1-ol molecules "stick together" more strongly, requiring more heat energy to separate them and thus exhibiting a higher boiling point.</p>
<p>On the other hand, ethoxyethane, being an ether, does not have the ability to form hydrogen bonds since it lacks the -OH group. The primary intermolecular forces in ethers are relatively weaker van der Waals forces. Therefore, it requires less heat energy to break these forces, resulting in a lower boiling point compared to butan-1-ol.</p>
<p>So, both A and R are true and R is indeed the correct explanation for A.</p>
| mcq | jee-main-2023-online-8th-april-morning-shift | 57 |
1lh03g9az | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>The water gas on reacting with cobalt as a catalyst forms</p> | [{"identifier": "A", "content": "Methanoic acid"}, {"identifier": "B", "content": "Methanol"}, {"identifier": "C", "content": "Methanal"}, {"identifier": "D", "content": "Ethanol"}] | ["B"] | null | <p>Water gas, also known as synthesis gas or "syngas", is a mixture of carbon monoxide (CO) and hydrogen (H<sub>2</sub>). When water gas reacts with a catalyst, typically consisting of a combination of cobalt and molybdenum, it can undergo a reaction to form methanol (CH<sub>3</sub>OH).</p>
<p>This is known as the methanol synthesis reaction and can be written as:</p>
<p>$$\mathrm{CO(g)} + 2\mathrm{H}_{2}(g) \rightarrow \mathrm{CH}_{3}\mathrm{OH(g)}$$</p>
<p>This reaction is widely used in industry for the production of methanol, which can be used as a solvent, an antifreeze, a fuel, and as a feedstock for the production of chemicals.</p>
| mcq | jee-main-2023-online-8th-april-morning-shift | 58 |
1lh334lwn | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Among the following, the number of compounds which will give positive iodoform reaction is _________</p>
<p>(a) 1-Phenylbutan-2-one</p>
<p>(b) 2-Methylbutan-2-ol</p>
<p>(c) 3-Methylbutan-2-ol</p>
<p>(d) 1-Phenylethanol</p>
<p>(e) 3,3-dimethylbutan-2-one</p>
<p>(f) 1-Phenylpropan-2-ol</p> | [] | null | 4 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lmjvtzel/b63a0389-6c69-45f5-b718-76073577d1ac/c1735bc0-5361-11ee-93a7-7d656406e46f/file-6y3zli1lmjvtzem.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lmjvtzel/b63a0389-6c69-45f5-b718-76073577d1ac/c1735bc0-5361-11ee-93a7-7d656406e46f/file-6y3zli1lmjvtzem.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 80vh;vertical-align: baseline" alt="JEE Main 2023 (Online) 6th April Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 23 English Explanation"> | integer | jee-main-2023-online-6th-april-evening-shift | 59 |
jaoe38c1lscqdzy7 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Major product formed in the following reaction is a mixture of :</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/6y3zli1lsd2hi29/b33e3c90-df75-44b9-a43a-ae32f9018eaa/95f9f210-c66b-11ee-9e75-ed145f26bf63/file-6y3zli1lsd2hi2a.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsd2hi29/b33e3c90-df75-44b9-a43a-ae32f9018eaa/95f9f210-c66b-11ee-9e75-ed145f26bf63/file-6y3zli1lsd2hi2a.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 Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 19 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsd2hlqo/a54e0673-d4ed-4d13-bcda-315eff96696c/98d15500-c66b-11ee-9e75-ed145f26bf63/file-6y3zli1lsd2hlqp.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsd2hlqo/a54e0673-d4ed-4d13-bcda-315eff96696c/98d15500-c66b-11ee-9e75-ed145f26bf63/file-6y3zli1lsd2hlqp.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 Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 19 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsd2hsqx/8a054bc8-f696-4cbe-9ed9-81c63065f009/9e3afb90-c66b-11ee-9e75-ed145f26bf63/file-6y3zli1lsd2hsqy.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsd2hsqx/8a054bc8-f696-4cbe-9ed9-81c63065f009/9e3afb90-c66b-11ee-9e75-ed145f26bf63/file-6y3zli1lsd2hsqy.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 Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 19 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsd2hpa9/753bd95a-9819-4e1d-b154-e546ce458ea7/9b8e2b10-c66b-11ee-9e75-ed145f26bf63/file-6y3zli1lsd2hpaa.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsd2hpa9/753bd95a-9819-4e1d-b154-e546ce458ea7/9b8e2b10-c66b-11ee-9e75-ed145f26bf63/file-6y3zli1lsd2hpaa.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 Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 19 English Option 4\">"}] | ["D"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lt1mpft1/f322af61-2663-44fc-be32-ae829e4f1c9b/78e02750-d3ed-11ee-8d6b-33dde4413c62/file-1lt1mpft2.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lt1mpft1/f322af61-2663-44fc-be32-ae829e4f1c9b/78e02750-d3ed-11ee-8d6b-33dde4413c62/file-1lt1mpft2.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 Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 19 English Explanation"></p> | mcq | jee-main-2024-online-27th-january-evening-shift | 60 |
jaoe38c1lscrltrw | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Match List - I with List - II.</p>
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<col style="width: 217px"/>
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<th class="tg-amwm"></th>
<th class="tg-amwm">List - I<br/>(Reaction)</th>
<th class="tg-amwm"></th>
<th class="tg-amwm">List - II<br/>(Reagent(s))</th>
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</thead>
<tbody>
<tr>
<td class="tg-baqh">(A)</td>
<td class="tg-baqh"><img src="data:image/png;base64,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"/></td>
<td class="tg-baqh">(I)</td>
<td class="tg-0lax">$$\mathrm{Na_2Cr_2O_7,H_2SO_4}$$</td>
</tr>
<tr>
<td class="tg-baqh">(B)</td>
<td class="tg-baqh"><img src="data:image/png;base64,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"/></td>
<td class="tg-baqh">(II)</td>
<td class="tg-0lax">(i) $$\mathrm(NaOH)$$, (ii) $$\mathrm{CH_3Cl}$$</td>
</tr>
<tr>
<td class="tg-baqh">(C)</td>
<td class="tg-baqh"><img src="data:image/png;base64,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"/></td>
<td class="tg-baqh">(III)</td>
<td class="tg-0lax">(i) $$\mathrm{NaOH,CHCl_3}$$, (ii) $$\mathrm{NaOH}$$, (iii) $$\mathrm{HCl}$$</td>
</tr>
<tr>
<td class="tg-baqh">(D)</td>
<td class="tg-baqh"><img src="data:image/png;base64,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"/></td>
<td class="tg-baqh">(IV)</td>
<td class="tg-0lax">(i) $$\mathrm{NaOH}$$, (ii) $$\mathrm{CO_2}$$, (iii) $$\mathrm{HCl}$$</td>
</tr>
</tbody>
</table></p>
<p>Choose the correct answer from the options given below :</p> | [{"identifier": "A", "content": "$$\\text { (A)-(II), (B)-(I), (C)-(III), (D)-(IV) }$$"}, {"identifier": "B", "content": "$$\\text { (A)-(IV), (B)-(I), (C)-(III), (D)-(II) }$$"}, {"identifier": "C", "content": "$$\\text { (A)-(IV), (B)-(III), (C)-(I), (D)-(II) }$$"}, {"identifier": "D", "content": "$$\\text { (A)-(II), (B)-(III), (C)-(I), (D)-(IV) }$$"}] | ["C"] | null | <p>(A) $$\rightarrow$$ Kolbe Schmidt Reaction</p>
<p>(B) $$\rightarrow$$ Reimer Tiemann Reaction</p>
<p>(C) $$\rightarrow$$ Oxidation of phenol to p-benzoquinone</p>
<p>(D) $$\rightarrow \mathrm{PhOH}+\mathrm{NaOH} \rightarrow \mathrm{H}_2 \mathrm{O}+\mathrm{PhO}^{-}$$</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lt1lytbg/699b177c-be80-440c-8868-d4259fd489c8/947752c0-d3ea-11ee-999e-8967c8762139/file-1lt1lytbh.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lt1lytbg/699b177c-be80-440c-8868-d4259fd489c8/947752c0-d3ea-11ee-999e-8967c8762139/file-1lt1lytbh.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 Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 18 English Explanation"></p> | mcq | jee-main-2024-online-27th-january-evening-shift | 61 |
jaoe38c1lsfjbjdn | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>The major product(P) in 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/6y3zli1lsfmco3i/114f651c-0ee6-491d-983a-0b768a651584/d77961e0-c7d2-11ee-a6e7-91ff3070e761/file-6y3zli1lsfmco3j.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsfmco3i/114f651c-0ee6-491d-983a-0b768a651584/d77961e0-c7d2-11ee-a6e7-91ff3070e761/file-6y3zli1lsfmco3j.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 Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 14 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsfmcjel/9850486f-b24a-4ad3-a911-8958ff339565/d3d9a5e0-c7d2-11ee-a6e7-91ff3070e761/file-6y3zli1lsfmcjem.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsfmcjel/9850486f-b24a-4ad3-a911-8958ff339565/d3d9a5e0-c7d2-11ee-a6e7-91ff3070e761/file-6y3zli1lsfmcjem.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 Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 14 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsfmceyw/64041b40-15a5-4557-a93d-8c15969fb62b/d06c4480-c7d2-11ee-a6e7-91ff3070e761/file-6y3zli1lsfmceyx.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsfmceyw/64041b40-15a5-4557-a93d-8c15969fb62b/d06c4480-c7d2-11ee-a6e7-91ff3070e761/file-6y3zli1lsfmceyx.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 Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 14 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsfmca27/9d2bdc2c-ba7d-4d8b-96f8-1874cea4e0df/cca9be40-c7d2-11ee-a6e7-91ff3070e761/file-6y3zli1lsfmca3o.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsfmca27/9d2bdc2c-ba7d-4d8b-96f8-1874cea4e0df/cca9be40-c7d2-11ee-a6e7-91ff3070e761/file-6y3zli1lsfmca3o.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 Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 14 English Option 4\">"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lt2f7kj7/a528b624-7edc-4faf-820c-c682c38f225a/f0b55740-d45c-11ee-8a50-ddcdff072161/file-1lt2f7kj8.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lt2f7kj7/a528b624-7edc-4faf-820c-c682c38f225a/f0b55740-d45c-11ee-8a50-ddcdff072161/file-1lt2f7kj8.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 Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 14 English Explanation"></p> | mcq | jee-main-2024-online-29th-january-morning-shift | 63 |
lv3xmbe2 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Match List I with List II</p>
<p><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)-(II), (B)-(IV), (C)-(I), (D)-(III)\n"}, {"identifier": "B", "content": "(A)-(I), (B)-(IV), (C)-(II), (D)-(III)\n"}, {"identifier": "C", "content": "(A)-(III), (B)-(II), (C)-(I), (D)-(IV)\n"}, {"identifier": "D", "content": "(A)-(IV), (B)-(II), (C)-(III), (D)-(I)"}] | ["A"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lw521su0/af03dc29-3145-4fd6-9aba-2a7072dff7e9/79ac6ed0-1134-11ef-84ff-1da0c10c8c1c/file-1lw521su5.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lw521su0/af03dc29-3145-4fd6-9aba-2a7072dff7e9/79ac6ed0-1134-11ef-84ff-1da0c10c8c1c/file-1lw521su5.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 Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 9 English Explanation"></p> | mcq | jee-main-2024-online-8th-april-evening-shift | 64 |
lv7v4rn5 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p>Consider the given chemical reaction sequence :</p>
<p><img src="data:image/png;base64,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"/></p>
<p>Total sum of oxygen atoms in Product A and Product B are ________.</p> | [] | null | 14 | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwh4wesg/21ef9c6c-c3ec-4196-9ba8-93a526e5d8fa/06f55c20-17d9-11ef-a722-71ab49de2419/file-1lwh4wesi.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwh4wesg/21ef9c6c-c3ec-4196-9ba8-93a526e5d8fa/06f55c20-17d9-11ef-a722-71ab49de2419/file-1lwh4wesi.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 5 English Explanation"></p>
<p> Total no. of oxygen in A and B = 7 + 7 = 14</p> | integer | jee-main-2024-online-5th-april-morning-shift | 65 |
lv9s2spq | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-alcohols | <p><img src="data:image/png;base64,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"/></p>
<p>Consider the above reaction sequence and identify the major product P.</p> | [{"identifier": "A", "content": "Methanoic acid\n"}, {"identifier": "B", "content": "Methoxymethane\n"}, {"identifier": "C", "content": "Methane\n"}, {"identifier": "D", "content": "Methanal"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwf3bx76/a8edc521-e5cc-4c6a-81c4-ff044f266a34/52c1fb20-16b9-11ef-91c0-eff662e0b03e/file-1lwf3bx77.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwf3bx76/a8edc521-e5cc-4c6a-81c4-ff044f266a34/52c1fb20-16b9-11ef-91c0-eff662e0b03e/file-1lwf3bx77.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 Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 4 English Explanation"></p> | mcq | jee-main-2024-online-5th-april-evening-shift | 66 |
rKpvjN3h9RhkMatE | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | An ethar is more volatile than an alcohol having the same molecular formula. This is due to | [{"identifier": "A", "content": "alcohols having resonance structures"}, {"identifier": "B", "content": "inter-molecular hydrogen bonding in ethers"}, {"identifier": "C", "content": "inter-molecular hydrogen bonding in alcohols"}, {"identifier": "D", "content": "dipole characters of ethers"}] | ["C"] | null | Alcohol and ether are isomer with each other. So, with same molecular formula we can make ether as well as alcohol.
<br><br>For ex,
<br><br>With molecular formula C<sub>2</sub>H<sub>6</sub>O
<br><br>(1) $$\,\,\,$$ alcohol will be CH<sub>3</sub>CH<sub>2</sub> OH
<br><br>(2) $$\,\,\,$$ ether will be CH<sub>3</sub> $$-$$ O $$-$$ CH<sub>3</sub>
<br><br>In Alcohol there is hydrogen bond and in Ether there is Van der walls force of attraction.
<br><br>We know that H bond is stronger bond than van der walls force of attraction as the atoms of alcohol are strongly attached with each other by hydrogen bonding so tendency of vaporization of alcohol is less compared to ether.
<br><br>In alcohol inter-molecular hydrogen bonding look like this -
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264597/exam_images/e9fkp7ulgwngn0laqpg1.webp" loading="lazy" alt="AIEEE 2003 Chemistry - Alcohols, Phenols and Ethers Question 163 English Explanation"> | mcq | aieee-2003 | 67 |
plPnh9m4gar6Qxf5 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | HBr reacts with CH<sub>2</sub> = CH – OCH<sub>3</sub> under anhydrous conditions at room temperature to give | [{"identifier": "A", "content": "CH<sub>3</sub>CHO and CH<sub>3</sub>Br "}, {"identifier": "B", "content": "BrCH<sub>2</sub>CHO and CH<sub>3</sub>OH"}, {"identifier": "C", "content": "BrCH<sub>2</sub> \u2013 CH<sub>2</sub> \u2013 OCH<sub>3</sub> "}, {"identifier": "D", "content": "H<sub>3</sub>C \u2013 CHBr \u2013 OCH<sub>3</sub>"}] | ["D"] | null | Methyl vinyl ether under anhydrous condition at room temperature undergoes addition reaction .
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264982/exam_images/espktfano1hub3pmvnbb.webp" loading="lazy" alt="AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 157 English Explanation"> | mcq | aieee-2006 | 68 |
91Pz6BrNiHFKH6Wy | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | The major product formed in the following reaction is :
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264241/exam_images/zlbye2hg8slpmvwmsege.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 146 English Option 1\">"}, {"identifier": "B", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267001/exam_images/dgpukqexmkcd0jccyteo.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 146 English Option 2\">"}, {"identifier": "C", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264609/exam_images/gcmi67yoqrqawht4r0qg.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 146 English Option 3\">"}, {"identifier": "D", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263450/exam_images/lad3idohazbv7abxsqdk.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 146 English Option 4\">"}] | ["A"] | null | (1)
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264602/exam_images/rwlaihol6z9bavot6csq.webp" loading="lazy" alt="JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 146 English Explanation 1">
<br><br>Here oxygen(O) has lone so it will attach on H<sup>+</sup> of HI and H<sup>+</sup> will attach with O atom to form oxonium ion.
<br><br>(2)
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265853/exam_images/kkmjdqv7t5fv0eez8gdr.webp" loading="lazy" alt="JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 146 English Explanation 2">
<br><br>As O is more electronegative atom, so it don't want to hold the positive charge so it will break bond to create 2<sup>o</sup> cation which is stable.
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264086/exam_images/uhzxml1xehiaxe3sm9dg.webp" loading="lazy" alt="JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 146 English Explanation 3">
<br><br>Now with this cation I<sup>$$-$$</sup> ion is added.
<br><br>(3) $$\,\,\,$$ On the other oxygen atom similar method is applied.
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264263/exam_images/b4gnew7q7heb6wuaquk7.webp" loading="lazy" alt="JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 146 English Explanation 4"> | mcq | jee-main-2018-offline | 69 |
c4MAYWLebM3oCPFwVKzpd | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | The total number of optically active compounds formed in the following reactio is :
<br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "Two"}, {"identifier": "B", "content": "Four"}, {"identifier": "C", "content": "Six"}, {"identifier": "D", "content": "Zero"}] | ["B"] | null | The product has two chiral carbon atoms. <br/><br/>So, it has = 2<sup>n</sup> = 2<sup>2</sup> = 4 stereoisomers. | mcq | jee-main-2018-online-15th-april-evening-slot | 70 |
pa4skd6pqvIlYlynZixya | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | The major product of the following reaction
<br/><br/><img 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| [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266906/exam_images/joninrepm7yacpglvybb.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 130 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265138/exam_images/qglp7sawcjbzs6sbnhr4.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 130 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265390/exam_images/ftukdsixfmeuqb8gobcp.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 130 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264164/exam_images/yre5czile9t9bf7a9uuu.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 130 English Option 4\">"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265984/exam_images/yhdpea9wmwutb0fhecvv.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265353/exam_images/vjlik6nfeuqtadzdav48.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266931/exam_images/nhbucr8wafztq0mqc25m.webp"><source media="(max-width: 860px)" 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sllXDGDbZwbhljk6JdcVG | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | The major product of the following reaction is
<br/><br/><img 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| [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267582/exam_images/wk9vlaw1tlht2c4lteak.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 129 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267276/exam_images/ua4lo1cgqihzewjfii5m.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 129 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265941/exam_images/bu08cbvcudzavwlnvjcc.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 129 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264570/exam_images/cm9oejg7dwrt4skdhk75.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 129 English Option 4\">"}] | ["B"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266040/exam_images/vcvpnndnajnnsvrkz2fj.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265193/exam_images/ode6xkrxu5iqalswefaw.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266904/exam_images/gmrsxy3mjsnafwsjcqjh.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266397/exam_images/afhsiikknxat3sa4cuss.webp"><source media="(max-width: 1040px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263677/exam_images/htidktkwkl3qggfkzfct.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265580/exam_images/qyw8mlslmwlzgivmjush.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 11th January Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 129 English Explanation"></picture> | mcq | jee-main-2019-online-11th-january-morning-slot | 72 |
nI1OEdaJt88amEXW4s3rsa0w2w9jwveow17 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | The major product of the following reaction is :
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266016/exam_images/z5kaldlahbzo8ymc2uqh.webp"/><img src="data:image/png;base64,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"/></picture> | [{"identifier": "A", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267791/exam_images/iqp1ftpz4f36xekn7uw6.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267214/exam_images/xem4f7bxlgvwutssgwci.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 120 English Option 1\"></picture>"}, {"identifier": "B", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263887/exam_images/rvjswpt7g9zcqexbnwxh.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267095/exam_images/e6r2728ydsznp5s8hney.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 120 English Option 2\"></picture>"}, {"identifier": "C", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266678/exam_images/a42ahik3zv9uijg24nmp.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264568/exam_images/lhnkifdphbxi6iakuwlo.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 120 English Option 3\"></picture>"}, {"identifier": "D", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264843/exam_images/odgvxywe2zez8ks4my3h.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267544/exam_images/pyxn8ymmxqyyvo5vjaoh.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 120 English Option 4\"></picture>"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267610/exam_images/mgron0jhezqvfcpe4ghb.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264210/exam_images/dshh2lysu1ndu9rlbr1e.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266514/exam_images/zqvsgvbtmrb77cnff24i.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264815/exam_images/ucjxh1fc73e28vdl297d.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266122/exam_images/kum7yxoxoyhubxbukgya.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 10th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 120 English Explanation"></picture> | mcq | jee-main-2019-online-10th-april-morning-slot | 74 |
NOW4JMyNZMngBFGBGajgy2xukevlpd4e | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | The major aromatic product C in 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/v1734263662/exam_images/vtplltxmrci3t4d9z7sn.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 113 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264275/exam_images/kwknjiyyveecgfo7uzq0.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 113 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265418/exam_images/tp8md7g57y3wd9j7uhre.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 113 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266194/exam_images/kfk39tru4udyljfm3fxn.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 113 English Option 4\">"}] | ["B"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264880/exam_images/agnrclvgxibjujtojmca.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266384/exam_images/zdcslnrju3kigyi7f1eh.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265532/exam_images/ze63qz399trsvuz4hdlp.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264889/exam_images/ipw74ozdkfq8bkvbzq9h.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 2nd September Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 113 English Explanation"></picture> | mcq | jee-main-2020-online-2nd-september-morning-slot | 75 |
oNXmg8E38aW7ulbSxpjgy2xukeygdviv | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | An organic compound ‘A’ (C<sub>9</sub>H<sub>10</sub>O) when
treated with conc. HI undergoes cleavage to
yield compounds ‘B’ and ‘C’. ‘B’ gives yellow
precipitate with AgNO<sub>3</sub> where as ‘C’
tautomerizes to ‘D’. ‘D’ gives positive iodoform
test. ‘A’ could be | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265332/exam_images/oqd9lh6jplh9naczyv8a.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 112 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266912/exam_images/hjg4dznbccahovtcjabd.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 112 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266508/exam_images/evljf1pprujd1ly4ws7i.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 112 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265340/exam_images/ldwhevcfnfheq5c4kwgg.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 112 English Option 4\">"}] | ["C"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264148/exam_images/mtgj8n5nf6tltcj7b1tq.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267059/exam_images/bdmt1c2ocqaxmzbqpwwp.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265399/exam_images/gaiqdxs3jvgqxdbjnnnq.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 2nd September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 112 English Explanation"></picture> | mcq | jee-main-2020-online-2nd-september-evening-slot | 76 |
1kteci83s | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | Given below are two statements : one is labelled as Assertion (A) and the other is labelled as Reason (R). <br/><br/>Assertion (A) : Synthesis of ethyl phenyl ether may be achieved by Williamson synthesis.<br/><br/>Reason (R) : Reaction of bromobenzene with sodium ethoxide yields ethyl phenyl ether.<br/><br/>In the light of the above statements, choose the most appropriate answer from the options given below : | [{"identifier": "A", "content": "Both (A) and (R) are correct and (R) is the correct explanation of (A)"}, {"identifier": "B", "content": "(A) is correct but (R) is not correct"}, {"identifier": "C", "content": "(A) is not correct but (R) is correct"}, {"identifier": "D", "content": "Both (A) and (R) are correct but (R) is not the correct explanation of (A)."}] | ["B"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263308/exam_images/dnjtwhzcnf80syzpikql.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 27th August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 85 English Explanation"> | mcq | jee-main-2021-online-27th-august-morning-shift | 80 |
1l59rb8j1 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | <p>The major product formed in the following reaction, is</p>
<p><img 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| [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5br6s87/72f40146-8015-4783-aa20-5e055273f19d/a524a770-fe59-11ec-b169-b5046c590266/file-1l5br6s88.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5br6s87/72f40146-8015-4783-aa20-5e055273f19d/a524a770-fe59-11ec-b169-b5046c590266/file-1l5br6s88.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th June Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 72 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5br74jb/6a5b680a-b0f6-4666-b18b-9b11d74182db/aea6bc70-fe59-11ec-b169-b5046c590266/file-1l5br74jc.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5br74jb/6a5b680a-b0f6-4666-b18b-9b11d74182db/aea6bc70-fe59-11ec-b169-b5046c590266/file-1l5br74jc.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th June Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 72 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5br7kip/09d52b36-f7c9-4cb7-9e1d-6abe29b0af9e/baff7110-fe59-11ec-b169-b5046c590266/file-1l5br7kiq.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5br7kip/09d52b36-f7c9-4cb7-9e1d-6abe29b0af9e/baff7110-fe59-11ec-b169-b5046c590266/file-1l5br7kiq.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th June Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 72 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5br7znw/0c74d396-8490-40f6-97a6-d931cd3e28aa/c6b248c0-fe59-11ec-b169-b5046c590266/file-1l5br7znx.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5br7znw/0c74d396-8490-40f6-97a6-d931cd3e28aa/c6b248c0-fe59-11ec-b169-b5046c590266/file-1l5br7znx.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th June Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 72 English Option 4\">"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9xojmfn/9f36247c-a556-41ec-a5fd-dc59ef5430e0/6a9a5140-5999-11ed-8313-678a7ff0eccc/file-1l9xojmfo.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9xojmfn/9f36247c-a556-41ec-a5fd-dc59ef5430e0/6a9a5140-5999-11ed-8313-678a7ff0eccc/file-1l9xojmfo.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2022 (Online) 25th June Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 72 English Explanation"> | mcq | jee-main-2022-online-25th-june-evening-shift | 81 |
1l6nwu2qw | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | <p>Compound I is heated with Conc. HI to give a hydroxy compound A which is further heated with Zn dust to give compound B. Identify A and B.</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/1l6s93plh/cd3ee450-4d90-4abb-8ee7-25d3d0a7772a/75c72f60-1b38-11ed-91de-637bbeffe542/file-1l6s93pli.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6s93plh/cd3ee450-4d90-4abb-8ee7-25d3d0a7772a/75c72f60-1b38-11ed-91de-637bbeffe542/file-1l6s93pli.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 57 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6s944sp/3b7f6817-8301-483a-a225-7035b903750b/81850390-1b38-11ed-91de-637bbeffe542/file-1l6s944sq.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6s944sp/3b7f6817-8301-483a-a225-7035b903750b/81850390-1b38-11ed-91de-637bbeffe542/file-1l6s944sq.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 57 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6s94lv5/1eea41c2-f883-43a6-a5c2-f1817d1d9fc6/8eb44210-1b38-11ed-91de-637bbeffe542/file-1l6s94lv6.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6s94lv5/1eea41c2-f883-43a6-a5c2-f1817d1d9fc6/8eb44210-1b38-11ed-91de-637bbeffe542/file-1l6s94lv6.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 57 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6s955a7/163edeb0-ade1-4b57-a7ca-07c2b759e896/9db448f0-1b38-11ed-91de-637bbeffe542/file-1l6s955a8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6s955a7/163edeb0-ade1-4b57-a7ca-07c2b759e896/9db448f0-1b38-11ed-91de-637bbeffe542/file-1l6s955a8.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 28th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 57 English Option 4\">"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7vxxykj/a5a83486-5670-4c7a-bddf-afca5b996aa1/2b691930-310c-11ed-9c98-ad39d53b642b/file-1l7vxxykk.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7vxxykj/a5a83486-5670-4c7a-bddf-afca5b996aa1/2b691930-310c-11ed-9c98-ad39d53b642b/file-1l7vxxykk.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2022 (Online) 28th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 57 English Explanation"> | mcq | jee-main-2022-online-28th-july-evening-shift | 82 |
1ldyfjszm | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | <p>'A' and 'B' formed in the following set of reactions are :</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/1le03yiun/fad147f9-58ab-41e9-90bb-b49510caf535/20b917f0-aa20-11ed-941f-c1fe7282a96c/file-1le03yiuo.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1le03yiun/fad147f9-58ab-41e9-90bb-b49510caf535/20b917f0-aa20-11ed-941f-c1fe7282a96c/file-1le03yiuo.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 - Alcohols, Phenols and Ethers Question 40 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1le03zbhi/945e0f6b-b144-46d5-b905-c53f242bca9a/36d7c860-aa20-11ed-941f-c1fe7282a96c/file-1le03zbhj.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1le03zbhi/945e0f6b-b144-46d5-b905-c53f242bca9a/36d7c860-aa20-11ed-941f-c1fe7282a96c/file-1le03zbhj.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 - Alcohols, Phenols and Ethers Question 40 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1le03zvxg/d9c48c87-1e82-4250-8ff8-8b8c198f7ab3/46a27240-aa20-11ed-941f-c1fe7282a96c/file-1le03zvxh.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1le03zvxg/d9c48c87-1e82-4250-8ff8-8b8c198f7ab3/46a27240-aa20-11ed-941f-c1fe7282a96c/file-1le03zvxh.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 - Alcohols, Phenols and Ethers Question 40 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1le040l56/ec7d0c03-6df3-4cac-a35d-540a5a56ca50/5a1cb6a0-aa20-11ed-941f-c1fe7282a96c/file-1le040l57.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1le040l56/ec7d0c03-6df3-4cac-a35d-540a5a56ca50/5a1cb6a0-aa20-11ed-941f-c1fe7282a96c/file-1le040l57.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 - Alcohols, Phenols and Ethers Question 40 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1le1mrq64/995e9620-06e4-4ca5-973d-7447633de1fa/79d0d7c0-aaf6-11ed-b086-b1e8db5b8b70/file-1le1mrq65.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1le1mrq64/995e9620-06e4-4ca5-973d-7447633de1fa/79d0d7c0-aaf6-11ed-b086-b1e8db5b8b70/file-1le1mrq65.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2023 (Online) 24th January Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 40 English Explanation"> | mcq | jee-main-2023-online-24th-january-morning-shift | 83 |
1lgq4gt4t | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | <p>2-Methyl propyl bromide reacts with $$\mathrm{C}_{2} \mathrm{H}_{5} \mathrm{O}^{-}$$ and gives 'A' whereas on reaction with $$\mathrm{C}_{2} \mathrm{H}_{5} \mathrm{OH}$$ it gives 'B'. The mechanism followed in these reactions and the products 'A' and 'B' respectively are :</p> | [{"identifier": "A", "content": "$$\\mathrm{S}_{N} 1, A=$$ tert-butyl ethyl ether; $$\\mathrm{S}_{N} 2, B=$$ iso-butyl ethyl ether"}, {"identifier": "B", "content": "$$\\mathrm{S}_{\\mathrm{N}} 1, \\mathrm{~A}=$$ tert-butyl ethyl ether; $$\\mathrm{S}_{\\mathrm{N}} 1, \\mathrm{~B}=$$ 2-butyl ethyl ether"}, {"identifier": "C", "content": "$$\\mathrm{S}_{\\mathrm{N}} 2, \\mathrm{~A}=$$ iso-butyl ethyl ether; $$\\mathrm{S}_{\\mathrm{N}} 1, \\mathrm{~B}=$$ tert-butyl ethyl ether"}, {"identifier": "D", "content": "$$\\mathrm{S}_{\\mathrm{N}} 2, \\mathrm{~A}=$$ 2-butyl ethyl ether; $$\\mathrm{S}_{\\mathrm{N}} 2, \\mathrm{~B}=$$ iso-butyl ethyl ether"}] | ["C"] | null | 2-Methyl propyl bromide (also known as isobutyl bromide) has the formula (CH₃)₂CHCH₂Br.
<br/><br/>
When it reacts with C₂H₅O⁻ (ethoxide ion), it undergoes an SN2 reaction because ethoxide ion is a strong nucleophile. The reaction proceeds with a direct exchange of the leaving group (Br⁻) and the nucleophile (C₂H₅O⁻). The product 'A' would be iso-butyl ethyl ether (CH₃CH₂OCH(CH₃)CH₃).
<br/><br/>
When it reacts with C₂H₅OH (ethanol), the reaction proceeds via an SN1 mechanism because ethanol is a weak nucleophile. In this case, the bromide ion leaves first, forming a carbocation intermediate, which is then attacked by the nucleophile (C₂H₅OH). The product 'B' would be tert-butyl ethyl ether ((CH₃)₃COCH₂CH₃).
<br/><br/>
So, the correct option is:
<br/><br/>
S<sub>N</sub>2, A = iso-butyl ethyl ether; S<sub>N</sub>1, B = tert-butyl ethyl ether | mcq | jee-main-2023-online-13th-april-morning-shift | 84 |
1lgyh8qi0 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | <p>Suitable reaction condition for preparation of Methyl phenyl ether is</p> | [{"identifier": "A", "content": "Benzene, MeBr"}, {"identifier": "B", "content": "$$\\mathrm{Ph{O^\\Theta }N{a^ \\oplus }}$$, MeBr"}, {"identifier": "C", "content": "Ph - Br, $$\\mathrm{Me{O^\\Theta }N{a^ \\oplus }}$$"}, {"identifier": "D", "content": "$$\\mathrm{Ph{O^\\Theta }N{a^ \\oplus }}$$, MeOH"}] | ["B"] | null | $\mathrm{PhONa}+\mathrm{MeBr} \rightarrow \mathrm{PhOMe}+\mathrm{NaBr}$<br><br> Williamson's Synthesis<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lixyxhr2/fedd4292-73c1-400a-853a-83b42e9d54b0/fa03daf0-0bef-11ee-bebc-b5a09a459ebd/file-6y3zli1lixyxhr3.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lixyxhr2/fedd4292-73c1-400a-853a-83b42e9d54b0/fa03daf0-0bef-11ee-bebc-b5a09a459ebd/file-6y3zli1lixyxhr3.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) 10th April Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 27 English Explanation"> | mcq | jee-main-2023-online-10th-april-morning-shift | 85 |
lv7v4rl6 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-ethers | <p>For the Compounds :</p>
<p>(A) $$\mathrm{H}_3 \mathrm{C}-\mathrm{CH}_2-\mathrm{O}-\mathrm{CH}_2-\mathrm{CH}_2-\mathrm{CH}_3$$</p>
<p>(B) $$\mathrm{H}_3 \mathrm{C}-\mathrm{CH}_2-\mathrm{CH}_2-\mathrm{CH}_2-\mathrm{CH}_3$$</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>The increasing order of boiling point is :</p>
<p>Choose the correct answer from the options given below :</p> | [{"identifier": "A", "content": "$$\n(\\mathrm{D})<(\\mathrm{C})<(\\mathrm{A})<(\\mathrm{B})\n$$"}, {"identifier": "B", "content": "$$\n(\\mathrm{B})<(\\mathrm{A})<(\\mathrm{C})<(\\mathrm{D})\n$$"}, {"identifier": "C", "content": "$$\n(\\mathrm{A})<(\\mathrm{B})<(\\mathrm{C})<(\\mathrm{D})\n$$"}, {"identifier": "D", "content": "$$\\mathrm{\n(B)<(A)<(D)<(C)}$$"}] | ["B"] | null | <p>Boiling point order will be : </p>
<p>(B) < (A) < (C) < (D) due to H bonding in (D) and
dipole interactions in (A) and (C). </p> | mcq | jee-main-2024-online-5th-april-morning-shift | 86 |
7Mv4P7zHHsSe0WjW | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Phenyl magnesium bromide reacts with methanol to give | [{"identifier": "A", "content": "a mixture of anisole and Mg(OH)Br"}, {"identifier": "B", "content": "a mixture of benzene and Mg(OMe)Br "}, {"identifier": "C", "content": "a mixture of toluene and Mg(OH)Br"}, {"identifier": "D", "content": "a mixture of phenol and Mg(Me)Br"}] | ["B"] | null | $$C{H_3}OH + {C_6}{H_5}MgBr\buildrel \, \over
\longrightarrow C{H_3}O.MgBr + {C_6}{H_6}$$ v | mcq | aieee-2006 | 88 |
0hWD78d4ifuRROHa | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <img src="data:image/png;base64,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"/>
<br/><br/>The electrophile involved in the above reaction is | [{"identifier": "A", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264300/exam_images/b1wxdgrrvl74bavxd7a3.webp\" loading=\"lazy\" alt=\"AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 142 English Option 1\"> "}, {"identifier": "B", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267535/exam_images/veh1wgg5gpvppg8xfrm1.webp\" loading=\"lazy\" alt=\"AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 142 English Option 2\"> "}, {"identifier": "C", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267814/exam_images/fpqlqrbfdcvmsdiwllz0.webp\" loading=\"lazy\" alt=\"AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 142 English Option 3\"> "}, {"identifier": "D", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266996/exam_images/objdkbbxkxnihoc43mek.webp\" loading=\"lazy\" alt=\"AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 142 English Option 4\"> "}] | ["D"] | null | <b>NOTE :</b> This is Riemer-Tiemann reaction and the electrophile is dichlorocarbene.
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266996/exam_images/tszk4oqxffbhbvp2kpcq.webp" loading="lazy" alt="AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 142 English Explanation"> | mcq | aieee-2006 | 89 |
SGZeOPyNMa65ktk9 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | The structure of the compound that gives a tribromo derivative on treatment with bromine water is | [{"identifier": "A", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265013/exam_images/zx2upqbtculbroseirwy.webp\" loading=\"lazy\" alt=\"AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 143 English Option 1\"> "}, {"identifier": "B", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264037/exam_images/zghe5yxrx0xmytqep16w.webp\" loading=\"lazy\" alt=\"AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 143 English Option 2\"> "}, {"identifier": "C", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263805/exam_images/e3n1a0ialdshigje63kc.webp\" loading=\"lazy\" alt=\"AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 143 English Option 3\"> "}, {"identifier": "D", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263748/exam_images/irttqoftztojoljqp9tk.webp\" loading=\"lazy\" alt=\"AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 143 English Option 4\"> "}] | ["C"] | null | <b>NOTE :</b> $$OH$$ group activities the benzene nucleus and
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266033/exam_images/puazsjd682dcyo7boyqy.webp" loading="lazy" alt="AIEEE 2006 Chemistry - Alcohols, Phenols and Ethers Question 143 English Explanation"> | mcq | aieee-2006 | 90 |
CNnkpxmvwOadc5tt | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Phenol, when it first reacts with concentrated sulphuric acid and then with concentrated nitric acid,
gives | [{"identifier": "A", "content": "2,4,6-trinitrobenzene"}, {"identifier": "B", "content": "o-nitrophenol "}, {"identifier": "C", "content": "p-nitrophenol "}, {"identifier": "D", "content": "nitrobenzene "}] | ["B"] | null | Phenol on reaction with conc. $${H_2}S{O_4}$$ gives a mixture of $$o$$- and $$p$$- products (i.e., $$ - S{O_3}H$$ group, occupies $$o$$-, $$p$$- position). At room temperature $$o$$-product is more stable, which on treatment with conc. $$HN{O_3}$$ will yield $$o$$-nitrophenol.
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263367/exam_images/wtyfz6frgn4kh8eg9veb.webp" loading="lazy" alt="AIEEE 2008 Chemistry - Alcohols, Phenols and Ethers Question 155 English Explanation"> | mcq | aieee-2008 | 91 |
4HLMIyteMTWXUX9g | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | The major product obtained on interaction of phenol with sodium hydroxide and carbon dioxide is : | [{"identifier": "A", "content": "benzoic acid "}, {"identifier": "B", "content": "salicylaldehyde "}, {"identifier": "C", "content": "salicylic acid"}, {"identifier": "D", "content": "phthalic acid "}] | ["C"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266830/exam_images/pvknvutdycueowdjnfol.webp" loading="lazy" alt="AIEEE 2009 Chemistry - Alcohols, Phenols and Ethers Question 154 English Explanation"> | mcq | aieee-2009 | 92 |
RRpobofkpARvU8XC | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Phenol is heated with a solution of mixture of KBr and KBrO<sub>3</sub>. The major product obtained in the above
reaction is | [{"identifier": "A", "content": "3-Bromophenol"}, {"identifier": "B", "content": "4-Bromophenol"}, {"identifier": "C", "content": "2, 4, 6- Tribromophenol "}, {"identifier": "D", "content": "2-Bromophenol "}] | ["C"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263421/exam_images/iieim8mhwoswmtdzlk3o.webp" loading="lazy" alt="AIEEE 2011 Chemistry - Alcohols, Phenols and Ethers Question 152 English Explanation"> | mcq | aieee-2011 | 93 |
nzFCxAyY4jwP8rrB | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Ortho–Nitrophenol is less soluble in water than p– and m– Nitrophenols because : | [{"identifier": "A", "content": "o\u2013Nitrophenol is more volatile in steam than those of m \u2013 and p\u2013isomers"}, {"identifier": "B", "content": "o\u2013Nitrophenol shows Intramolecular H\u2013bonding"}, {"identifier": "C", "content": "o\u2013Nitrophenol shows Intermolecular H\u2013bonding"}, {"identifier": "D", "content": "Melting point of o\u2013Nitrophenol is lower than those of m\u2013and p\u2013isomers."}] | ["B"] | null | As in ortho-Nitrophenol H of -OH is already in Intra-moleculer H Bond and become stable so it will not perticipate in H bonding with H<sub>2</sub>O by breaking this H bonding. That is why solublity of Ortho–Nitrophenol is less in water.
<img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265738/exam_images/jp9el8t0ras2rn8rgxvc.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="AIEEE 2012 Chemistry - Alcohols, Phenols and Ethers Question 162 English Explanation 1">
<br><br>para– and meta– Nitrophenols both shows inter-moleculer H bonding with H<sub>2</sub>O. That is why both are more soluble in water.
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265286/exam_images/jv6cz14ivtqrlrflaj8j.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267382/exam_images/zenqdzfet9ikkkazvjb0.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264833/exam_images/rw2gxggqb0uzscahet87.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="AIEEE 2012 Chemistry - Alcohols, Phenols and Ethers Question 162 English Explanation 2"></picture>
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267327/exam_images/pxtqlvxsgrq6i2uacggv.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267481/exam_images/uvy0wneqwvncpkqs2n1l.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266731/exam_images/clnc7xkx9bdlwluikhbw.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="AIEEE 2012 Chemistry - Alcohols, Phenols and Ethers Question 162 English Explanation 3"></picture> | mcq | aieee-2012 | 94 |
A3oB08tJLCc7t8Cm | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Arrange the following compounds in order of decreasing acidity :
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "$${\\rm I}{\\rm I} > {\\rm I}V > {\\rm I} > {\\rm I}{\\rm I}{\\rm I}$$ "}, {"identifier": "B", "content": "$${\\rm I} > {\\rm I}{\\rm I} > {\\rm I}{\\rm I}{\\rm I} > {\\rm I}V$$ "}, {"identifier": "C", "content": "$${\\rm I}{\\rm I}{\\rm I} > {\\rm I} > {\\rm I}{\\rm I} > {\\rm I}V$$ "}, {"identifier": "D", "content": "$${\\rm I}V > {\\rm I}{\\rm I}{\\rm I} > {\\rm I} > {\\rm I}{\\rm I}$$ "}] | ["C"] | null | Electron withdrawing substituents like $$ - N{O_2},\,Cl$$ increase the acidity of phenol while electron releasing substituents like $$ - C{H_3}, - OC{H_3}$$ decreases acidity.
<br>Hence the correct order of acidity will be
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267234/exam_images/ic5g0p1obb1oclvc96sj.webp" loading="lazy" alt="JEE Main 2013 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 140 English Explanation">
<br><br>Further $$\left( { - {\rm I}} \right)N{O_2} > \left( { - {\rm I}} \right)Cl\,\,$$ and $$\,\,\left( { + {\rm I}} \right)C{H_3} > \left( { + {\rm I}} \right)OC{H_3}$$ | mcq | jee-main-2013-offline | 95 |
5xZkfkGGE195L7RS | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | The product of the reaction given below 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/1l7zdyut1/880f2324-35ab-42ae-900c-57f79c41fb1c/3053aa50-32f1-11ed-8cf6-c1445513adbd/file-1l7zdyut2.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7zdyut1/880f2324-35ab-42ae-900c-57f79c41fb1c/3053aa50-32f1-11ed-8cf6-c1445513adbd/file-1l7zdyut2.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2016 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 139 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7zdzem9/f27e315e-0443-487d-a5db-c0cc790665b4/3fa18310-32f1-11ed-8cf6-c1445513adbd/file-1l7zdzema.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7zdzem9/f27e315e-0443-487d-a5db-c0cc790665b4/3fa18310-32f1-11ed-8cf6-c1445513adbd/file-1l7zdzema.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2016 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 139 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7zdzutf/0b5b3238-eaac-49d3-ad82-1384beb42beb/4c251840-32f1-11ed-8cf6-c1445513adbd/file-1l7zdzutg.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7zdzutf/0b5b3238-eaac-49d3-ad82-1384beb42beb/4c251840-32f1-11ed-8cf6-c1445513adbd/file-1l7zdzutg.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2016 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 139 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7ze08yk/7eb45c5a-fb72-4871-84fc-f07058e7f96f/5711b9c0-32f1-11ed-8cf6-c1445513adbd/file-1l7ze08yl.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7ze08yk/7eb45c5a-fb72-4871-84fc-f07058e7f96f/5711b9c0-32f1-11ed-8cf6-c1445513adbd/file-1l7ze08yl.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2016 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 139 English Option 4\">"}] | ["D"] | null | $$N-$$ bromosuccinimide results into bromination at allylic and benzylic positions
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7ze0vb1/62a85863-c75b-4f9a-b02c-80d2051fc620/6854d2d0-32f1-11ed-8cf6-c1445513adbd/file-1l7ze0vb2.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7ze0vb1/62a85863-c75b-4f9a-b02c-80d2051fc620/6854d2d0-32f1-11ed-8cf6-c1445513adbd/file-1l7ze0vb2.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2016 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 139 English Explanation"> | mcq | jee-main-2016-offline | 96 |
niMc3ekcWrrHsB3J | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Phenol on treatment with CO<sub>2</sub> in the presence of NaOH followed by acidification produces compound X as
the major product. X on treatment with (CH<sub>3</sub>CO)<sub>2</sub>O in the presence of catalytic amount of H<sub>2</sub>SO<sub>4</sub> produces: | [{"identifier": "A", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264341/exam_images/vmap8m44jqtjpcqwpkwx.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 148 English Option 1\">"}, {"identifier": "B", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264325/exam_images/dpwhhbryouorh4cmdopv.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 148 English Option 2\">"}, {"identifier": "C", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264741/exam_images/dylgmnusekhw80expqaz.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 148 English Option 3\">"}, {"identifier": "D", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264414/exam_images/wc8srb9ngov8b36zai6h.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 148 English Option 4\">"}] | ["B"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263785/exam_images/pvmxsfptz9tt2opf0ygk.webp" loading="lazy" alt="JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 148 English Explanation"> | mcq | jee-main-2018-offline | 97 |
bw0Ps9SSRsjDDt3B | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Phenol reacts with methyl chloroformate in the presence of NaOH to form product A. A reacts with Br<sub>2</sub> to
form product B. A and B are respectively : | [{"identifier": "A", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266536/exam_images/lhxlhkmfltnng3ytdpmk.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 147 English Option 1\">"}, {"identifier": "B", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266961/exam_images/w1ug9dnyuslsx9lmbk1u.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 147 English Option 2\">"}, {"identifier": "C", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264668/exam_images/dqxfujrjalqxb6q1tyie.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 147 English Option 3\">"}, {"identifier": "D", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263445/exam_images/mxkitqxj1wramly1ivlb.webp\" loading=\"lazy\" alt=\"JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 147 English Option 4\">"}] | ["D"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266158/exam_images/tk7yn1fmsgwhlemnonfi.webp" loading="lazy" alt="JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 147 English Explanation 1">
<br><br>First in presence of OH<sup>$$-$$</sup> ion phenol will donate H<sup>+</sup> ion and create phenoxide ion. Then this ion will react with methyl chloroformate and carbon joined with Cl and O will be slightly positive charge due to pulling of electron towards O and Cl atom. This positive charge C atom will join with negative charged O ion in phenoxide ion and create product A.
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265494/exam_images/ssh10gs8gyqgfj9upvpm.webp" loading="lazy" alt="JEE Main 2018 (Offline) Chemistry - Alcohols, Phenols and Ethers Question 147 English Explanation 2">
<br><br>Product A reacts with Br<sub>2</sub> and perform electrofilic aromatic substitution and at para position Br will be added. | mcq | jee-main-2018-offline | 98 |
r4vgBzotsUELxbYlYCbsq | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Which of the following compounds reacts with ethylmagnesium bromide and also decolourizes bromine water solution:
| [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264239/exam_images/vrrxjul5ppmigqqwjtso.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 126 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263347/exam_images/vcop5ibjjyxoqfvhwihp.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 126 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266133/exam_images/xh2v95c8qyvxrqyoyrwi.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 126 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267180/exam_images/jqywj8g8qmccdl4xxpgo.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 11th January Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 126 English Option 4\">"}] | null | null | <b>For option (B) :</b>
<br><br>C<sub>2</sub>H<sub>5</sub>MgBr performs addition reaction with - C $$ \equiv $$ N.
<br>C<sub>2</sub>H<sub>5</sub>MgBr performs substitution reaction with ester -COOCH<sub>3</sub>.
<br><br>Conjugated dienes (two double bonds separated by a single bond) gives Br water test. Either 1-2 or 1-4 addition can happen.
<br><br><b>For option (C) :</b>
<br><br>C<sub>2</sub>H<sub>5</sub>MgBr reacts with -OH group and creates alkane C<sub>2</sub>H<sub>6</sub>.
<br><br>As here C = C present, so this compound gives Br water tests. | mcqm | jee-main-2019-online-11th-january-evening-slot | 101 |
ZwtUThITjuWWwZ4SZ8ljy | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | 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/v1734267384/exam_images/aevncnneekmjkme9xfwo.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 124 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264161/exam_images/e9mj9i9obgalyhnsw1hg.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 124 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263441/exam_images/nsvcz1r7qrecb5pqkwos.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 124 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266533/exam_images/rvgmk0dtvudnkvawdely.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 124 English Option 4\">"}] | ["B"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265964/exam_images/z2w9vz32iavke5qtbiln.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263481/exam_images/zrsuocyyp0lj2hwiqjar.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266745/exam_images/fyh3s1kkbhamrcezmt2o.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263615/exam_images/wxrmzz17fpzwwypxoady.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266797/exam_images/ext356i1u7urshruiu5j.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 124 English Explanation"></picture> | mcq | jee-main-2019-online-8th-april-morning-slot | 102 |
msikN0M9WRJnMesZEIy7J | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | 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/v1734266817/exam_images/wqwyfn9yxdnzcrcik6bj.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 123 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267070/exam_images/tbxlltds8pbvbxtxyw3e.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 123 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266135/exam_images/agufimbuoq74fxav8go8.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 123 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267166/exam_images/f4hnxsjmarxowowmv44a.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 123 English Option 4\">"}] | ["C"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266020/exam_images/xgtdhantapldhe74oiki.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266809/exam_images/ru7udgb1eefghvmwsd1g.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265239/exam_images/flig1knz4uddadsa7y7b.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265491/exam_images/gdku2zcp1reornqqogwg.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263859/exam_images/ry6xw08o98q73jhppvaf.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 9th April Morning Slot Chemistry - Alcohols, Phenols and Ethers Question 123 English Explanation"></picture> | mcq | jee-main-2019-online-9th-april-morning-slot | 103 |
UdQiqMLIOC73gQaayv3rsa0w2w9jx814wiv | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | What will be the major product when m-cresol is reacted with propargyl bromide (HC$$ \equiv $$C–CH<sub>2</sub>Br) in
presence of K<sub>2</sub>CO<sub>3</sub> in acetone?
| [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263760/exam_images/cxtgmpfnhot2adfnc8nb.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 118 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265457/exam_images/kkxmsucmiopy82ce4e3y.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 118 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264203/exam_images/qgbx8yxk2k34oyoq3e45.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 118 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266492/exam_images/nnnh9o6ovpnkumsdzedo.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 118 English Option 4\">"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263279/exam_images/g1zbuafq339c3thob6j8.webp" style="max-width: 100%; height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 12th April Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 118 English Explanation"> | mcq | jee-main-2019-online-12th-april-evening-slot | 104 |
3G6dabpylT237sDCoJ7k9k2k5h0ozpj | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Arrange the following compounds in increasing order of C–OH bond length : <br/>methanol, phenol,
p-ethoxyphenol | [{"identifier": "A", "content": "phenol < methanol < p-ethoxyphenol"}, {"identifier": "B", "content": "methanol < p-ethoxyphenol < phenol"}, {"identifier": "C", "content": "methanol < phenol < p-ethoxyphenol"}, {"identifier": "D", "content": "phenol < p-ethoxyphenol < methanol"}] | ["D"] | null | C-OH bond length in Among methanol, phenol and
p-ethoxyphenol, C-OH bond length is least in phenol due to
resonance and maximum in methanol due to
lack of resonance whereas it will have some
intermediate value in p-ethoxyphenol.
<br><br>phenol < p-ethoxyphenol < methanol | mcq | jee-main-2020-online-8th-january-morning-slot | 105 |
nqkaiGqDNT3OGTCydCjgy2xukf3mvk55 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Consider the following reaction :
<img src="data:image/png;base64,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"/>
<br/>The product 'P' gives positive ceric ammonium nitrate test. This is because of the presence of
which of these –OH group(s)?
| [{"identifier": "A", "content": "(b) only"}, {"identifier": "B", "content": "(b) and (d)"}, {"identifier": "C", "content": "(c) and (d)"}, {"identifier": "D", "content": "(d) only"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263397/exam_images/n5ubqc8k1nke5wqxlxd2.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 3rd September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 110 English Explanation"> | mcq | jee-main-2020-online-3rd-september-evening-slot | 107 |
uuDhrSTB7vU0oKxa2fjgy2xukfp1l95r | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | 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/v1734266414/exam_images/p4dyqsjuzfcbyshh7wwy.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 5th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 106 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264272/exam_images/xatnt02rvwxdibzw0mzo.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 5th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 106 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263776/exam_images/m4or3dz655adiqmpbgsk.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 5th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 106 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264826/exam_images/h6z00iri6wxpyhdsgeeg.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 5th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 106 English Option 4\">"}] | ["C"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263403/exam_images/z2vuecbifiwyzsl2mrnr.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266098/exam_images/sadixil5ggnumqzztmhq.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 5th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 106 English Explanation"></picture> | mcq | jee-main-2020-online-5th-september-evening-slot | 108 |
T7Are9JtWbXBKZG9ekjgy2xukg4n4p3l | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | A solution of phenol in chloroform when treated
with aqueous NaOH gives compound P as a
major product. The mass percentage of carbon
in P is ______. (to the nearest integer)
<br/>(Atomic mass : C = 12; H = 1; O = 16) | [] | null | 69 | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265881/exam_images/xoxdtusissztvdfstqot.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 6th September Evening Slot Chemistry - Alcohols, Phenols and Ethers Question 105 English Explanation">
<br><br>mass of Salicylaldehyde = 12 × 7 + 6 × 1 + 16 × 2 = 122
<br><br>mass of carbon = 12 × 7 = 84
<br><br>$$ \therefore $$ mass % of C in P = $${{84} \over {122}}$$ $$ \times $$ 100
<br><br>= 68.85 % $$ \simeq $$ 69 % | integer | jee-main-2020-online-6th-september-evening-slot | 109 |
EKaV5tgy5LpJBSzVaQ1klrersrg | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Which of the following compound gives pink colour on reaction with phthalic anhydride in
conc. H<sub>2</sub>SO<sub>4</sub> followed by treatment with NaOH ? | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l9fp3xa3/bb866ae0-981f-4281-adf2-64927a298c70/837940b0-4fb5-11ed-88d9-abb495ae8a3e/file-1l9fp3xa4.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l9fp3xa3/bb866ae0-981f-4281-adf2-64927a298c70/837940b0-4fb5-11ed-88d9-abb495ae8a3e/file-1l9fp3xa4.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2021 (Online) 24th February Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 104 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l9fp4bl4/7470ed1f-12de-4ea9-a2ab-5dd3c6d90e9b/8e868990-4fb5-11ed-88d9-abb495ae8a3e/file-1l9fp4bl5.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l9fp4bl4/7470ed1f-12de-4ea9-a2ab-5dd3c6d90e9b/8e868990-4fb5-11ed-88d9-abb495ae8a3e/file-1l9fp4bl5.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2021 (Online) 24th February Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 104 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l9fp4qa7/7572ced3-8734-4d8d-bfc5-c6b94449c9ee/99e0e100-4fb5-11ed-88d9-abb495ae8a3e/file-1l9fp4qa8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l9fp4qa7/7572ced3-8734-4d8d-bfc5-c6b94449c9ee/99e0e100-4fb5-11ed-88d9-abb495ae8a3e/file-1l9fp4qa8.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2021 (Online) 24th February Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 104 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l9fp52zs/eaac8601-b48a-4e19-97dc-f0f7a08eaafc/a3b24e80-4fb5-11ed-88d9-abb495ae8a3e/file-1l9fp52zt.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l9fp52zs/eaac8601-b48a-4e19-97dc-f0f7a08eaafc/a3b24e80-4fb5-11ed-88d9-abb495ae8a3e/file-1l9fp52zt.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2021 (Online) 24th February Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 104 English Option 4\">"}] | ["C"] | null | Firstly phthalic anhydride in presence of conc. H<sub>2</sub>SO<sub>4</sub> undergoes
protonation to give an intermediate carbocation. This carbocation
reacts with 2-propylphenol in presence of NaOH to give pink colour
compound.
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kxheld77/1e284744-0320-4e7e-a4b7-56f9c46f00b8/5cdb7f20-6313-11ec-90df-67b28a5ac8a3/file-1kxheld78.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kxheld77/1e284744-0320-4e7e-a4b7-56f9c46f00b8/5cdb7f20-6313-11ec-90df-67b28a5ac8a3/file-1kxheld78.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 70vh" alt="JEE Main 2021 (Online) 24th February Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 104 English Explanation"> | mcq | jee-main-2021-online-24th-february-morning-slot | 110 |
NKOpVAGoGWm7IuwX5F1kludvp91 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Given below are two statements : <br/><br/>Statement I : o-Nitrophenol is steam volatile due to intramolecular hydrogen bonding.<br/><br/>Statement II : o-Nitrophenol has high melting due to hydrogen bonding.<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 II 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 | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263567/exam_images/hpjqpn61nr94fmc9kpnh.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 26th February Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 99 English Explanation">
<br><br>So it is more volatile due to intramolecular
H-bonding.
<br><br>Melting point depends on packing efficiency
not on H-bonding thus statement II is false. | mcq | jee-main-2021-online-26th-february-morning-slot | 113 |
1krt5z3vb | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | An organic compound A (C<sub>6</sub>H<sub>6</sub>O) gives dark green colouration with ferric chloride. On treatment with CHCl<sub>3</sub> and KOH, followed by acidification gives compound B. Compound B can also be obtained from compound C on reaction with pyridinium chlorochromate (PCC). Identify A, B and C. | [{"identifier": "A", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266493/exam_images/qrcae9afkmclhtla9zih.webp\"><source media=\"(max-width: 500px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267804/exam_images/xbjonwvdjhi87dxnm0dp.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264643/exam_images/s4ddstkmlhwpnp5cnshz.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 22th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 93 English Option 1\"></picture>"}, {"identifier": "B", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266719/exam_images/dg17ckswzgmdcerkggko.webp\"><source media=\"(max-width: 500px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266457/exam_images/deffeenulq57cinirl5g.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265730/exam_images/j0dxc5cwuojwupg4gcr9.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 22th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 93 English Option 2\"></picture>"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265536/exam_images/n4dbvpq9uu4mprkxhlgl.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 22th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 93 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264361/exam_images/bqwuyfpi3ais5nykm5xp.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 22th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 93 English Option 4\">"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265154/exam_images/mf2wuaaa2r9lzk1moe6q.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267460/exam_images/quelekeqqnc8ybi4aakb.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267486/exam_images/lzkdvntvtq1ioc2jvsfo.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266830/exam_images/pryzfjple94wtlkfmsmo.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 22th July Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 93 English Explanation"></picture> | mcq | jee-main-2021-online-22th-july-evening-shift | 115 |
1krz19uzt | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265398/exam_images/qlygab0fi44xpuqcu0dh.webp"/><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265393/exam_images/fhqjurvvqqrdbbjed3wr.webp"/><img src="data:image/png;base64,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"/></picture><br/>Consider the above reaction and identify the Product P : | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267358/exam_images/nwrc1ozsb1qux6aubc7r.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 90 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267408/exam_images/mkyhosxhruua8os8nogy.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 90 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265500/exam_images/atmwubroffkgjtywrhpz.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 90 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264153/exam_images/t58vxstr4ykdopsxy56b.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 90 English Option 4\">"}] | ["D"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266953/exam_images/ap2p2xrlexhp2ugq6qfb.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266828/exam_images/i1ehpgs8nxv01vyyzpxi.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263510/exam_images/lmquvdud8zhri7rzbxxu.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 27th July Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 90 English Explanation"></picture> | mcq | jee-main-2021-online-27th-july-morning-shift | 116 |
1ktb4c8j4 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | The correct options for the products <b>A</b> and <b>B</b> of the following reactions 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/v1734265009/exam_images/vqokuw2yg0fqqaaiuhiy.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 87 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263526/exam_images/jwled3ahopnaoaqoq6bg.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 87 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264923/exam_images/u4vhjbryogpwvvcl62md.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 87 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265856/exam_images/opf2carocpnhc70i0eeu.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 87 English Option 4\">"}] | ["B"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266190/exam_images/xnrd7tdux3ahts9sahve.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 26th August Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 87 English Explanation"> | mcq | jee-main-2021-online-26th-august-morning-shift | 117 |
1ktcnhwv1 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | Which one of the following phenols does not give colour when condensed with phthalic anhydride in presence of conc. H<sub>2</sub>SO<sub>4</sub> ? | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264707/exam_images/d4zaybmisutesbbeho2o.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 86 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266508/exam_images/dawhmc15lixwbo4j3kxb.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 86 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267328/exam_images/ae203bw6vcitwf4nnoch.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 86 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265758/exam_images/tpvkrkgxrwwxzabsvllr.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 26th August Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 86 English Option 4\">"}] | ["B"] | null | Only p-methyl, phenol does not give any colour with phthalic anhydroxide with cons. H<sub>2</sub>SO<sub>4</sub>. | mcq | jee-main-2021-online-26th-august-evening-shift | 118 |
1ktfsflah | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | The major product of the following reaction, if it occurs by S<sub>N</sub>2 mechanism 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/v1734264621/exam_images/pjqistunmje5svpkaeuz.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th August Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 83 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267337/exam_images/slslun8iwtcidcdgmj4b.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th August Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 83 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263322/exam_images/qxpzhnsfeizp4htu3zmd.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th August Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 83 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263862/exam_images/v3xbkoqaud27ooy9wyee.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th August Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 83 English Option 4\">"}] | ["D"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267574/exam_images/kr3lxvluqgq58bpd8xxl.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 27th August Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 83 English Explanation"> | mcq | jee-main-2021-online-27th-august-evening-shift | 119 |
1l549ulcc | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Given below are two statements :</p>
<p>Statement I : Phenols are weakly acidic.</p>
<p>Statement II : Therefore they are freely soluble in NaOH solution and are weaker acids than alcohols and water.</p>
<p>Choose the most appropriate option :</p> | [{"identifier": "A", "content": "Both Statement I and Statement II are correct."}, {"identifier": "B", "content": "Both Statement I and Statement II are incorrect."}, {"identifier": "C", "content": "Statement I is correct but Statement II is incorrect."}, {"identifier": "D", "content": "Statement I is incorrect but Statement II is correct."}] | ["C"] | null | Phenol are weakly acidic. Phenol is more acidic
than alcohol & H<sub>2</sub>O statement (I) is correct. (II) is
incorrect. | mcq | jee-main-2022-online-29th-june-morning-shift | 120 |
1l54zf0p7 | 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>the number of sp<sup>2</sup> hybridised carbon(s) in compound 'X' is ________.</p> | [] | null | 8 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l97xfuhv/ca93cf1a-ee4c-4417-b6b7-6256bd040545/d2dee730-4b6f-11ed-9399-cda4ba1d6994/file-1l97xfuhw.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l97xfuhv/ca93cf1a-ee4c-4417-b6b7-6256bd040545/d2dee730-4b6f-11ed-9399-cda4ba1d6994/file-1l97xfuhw.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 - Alcohols, Phenols and Ethers Question 79 English Explanation"> | integer | jee-main-2022-online-29th-june-evening-shift | 121 |
1l55ngrqg | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>The major product (P) of the given reaction is</p>
<p>(where, Me is $$-$$CH<sub>3</sub>)</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/1l57e2ohr/43386e0c-0467-40d1-87da-6bc0f0d43845/39bee800-fbf3-11ec-be1c-273f2a364c3f/file-1l57e2ohs.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l57e2ohr/43386e0c-0467-40d1-87da-6bc0f0d43845/39bee800-fbf3-11ec-be1c-273f2a364c3f/file-1l57e2ohs.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 - Alcohols, Phenols and Ethers Question 77 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l57e0x2s/bdbea6af-2559-439c-98a1-2a2d95c88d4c/08c20340-fbf3-11ec-be1c-273f2a364c3f/file-1l57e0x2t.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l57e0x2s/bdbea6af-2559-439c-98a1-2a2d95c88d4c/08c20340-fbf3-11ec-be1c-273f2a364c3f/file-1l57e0x2t.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 - Alcohols, Phenols and Ethers Question 77 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l57e0elj/eb8afd0a-b445-4ddf-b006-ee465369e007/fa7baf70-fbf2-11ec-be1c-273f2a364c3f/file-1l57e0elk.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l57e0elj/eb8afd0a-b445-4ddf-b006-ee465369e007/fa7baf70-fbf2-11ec-be1c-273f2a364c3f/file-1l57e0elk.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 - Alcohols, Phenols and Ethers Question 77 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l57dzsly/8b704e02-e8e8-4420-a7e1-3e31449d9b03/e97f8a70-fbf2-11ec-be1c-273f2a364c3f/file-1l57dzslz.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l57dzsly/8b704e02-e8e8-4420-a7e1-3e31449d9b03/e97f8a70-fbf2-11ec-be1c-273f2a364c3f/file-1l57dzslz.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 - Alcohols, Phenols and Ethers Question 77 English Option 4\">"}] | ["C"] | null | <p> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l5e5v1uv/e855e748-0add-48f7-a9d1-5dbc3a49b5ec/991bb370-ffac-11ec-abdb-cd3c7a0be883/file-1l5e5v1uw.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l5e5v1uv/e855e748-0add-48f7-a9d1-5dbc3a49b5ec/991bb370-ffac-11ec-abdb-cd3c7a0be883/file-1l5e5v1uw.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 - Alcohols, Phenols and Ethers Question 77 English Explanation"> </p>
<p>(1) In compound A, positive charge on O atom is not stable that is why $$\mathop O\limits^ \oplus {H_2}$$ get's removed.</p>
<p>(2) In Carbocation (B), two $$\alpha$$-H present and after 1, 2-methyl shift number of $$\alpha$$-H becomes six so it becomes more stable as far carbocation when number of $$\alpha$$-H increases stability increases.</p>
<p>(3) Among product D, E and F, D is major product as in case of alkene most stable, alkene are those which have more $$\alpha$$-H. And every reactant produce that product which is more stable.</p> | mcq | jee-main-2022-online-28th-june-evening-shift | 122 |
1l56y3abw | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Match List-I with List-II.</p>
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<th class="tg-0pky"></th>
<th class="tg-c3ow">List-I</th>
<th class="tg-0pky"></th>
<th class="tg-c3ow">List-II</th>
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</thead>
<tbody>
<tr>
<td class="tg-0pky">(A)</td>
<td class="tg-0pky"> <img src="data:image/png;base64,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"/></td>
<td class="tg-0pky">I.</td>
<td class="tg-0pky">$$B{r_2}$$ in $$C{S_2}$$</td>
</tr>
<tr>
<td class="tg-0pky">(B)</td>
<td class="tg-0pky"> <img src="data:image/png;base64,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"/> </td>
<td class="tg-0pky">II.</td>
<td class="tg-0pky">$$N{a_2}C{r_2}{O_7}/{H_2}S{O_4}$$</td>
</tr>
<tr>
<td class="tg-0pky">(C)</td>
<td class="tg-0pky"> <img src="data:image/png;base64,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"/> </td>
<td class="tg-0pky">III.</td>
<td class="tg-0pky">$$Zn$$</td>
</tr>
<tr>
<td class="tg-0pky">(D)</td>
<td class="tg-0pky"> <img src="data:image/png;base64,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"/> </td>
<td class="tg-0pky">IV.</td>
<td class="tg-0pky">$$CHC{l_3}/NaOH$$</td>
</tr>
</tbody>
</table></p>
<p>Choose the correct answer from the options given below :</p> | [{"identifier": "A", "content": "A-IV, B-III, C-II, D-I"}, {"identifier": "B", "content": "A-IV, B-III, C-I, D-II"}, {"identifier": "C", "content": "A-II, B-III, C-I, D-IV"}, {"identifier": "D", "content": "A-IV, B-II, C-III, D-I"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9bnpqj5/80b1eeb6-ee40-4593-9a89-befcfc630797/ed34b010-4d7c-11ed-8be8-3ff328877179/file-1l9bnpqj6.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9bnpqj5/80b1eeb6-ee40-4593-9a89-befcfc630797/ed34b010-4d7c-11ed-8be8-3ff328877179/file-1l9bnpqj6.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 27th June Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 76 English Explanation 1"><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9bnqgxx/e0dbce17-5866-43aa-89da-5db4c46c0183/019b9e60-4d7d-11ed-8be8-3ff328877179/file-1l9bnqgxy.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9bnqgxx/e0dbce17-5866-43aa-89da-5db4c46c0183/019b9e60-4d7d-11ed-8be8-3ff328877179/file-1l9bnqgxy.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 27th June Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 76 English Explanation 2"><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9bnr5ul/85e0bacc-88c0-460c-bfe6-6ff436459f8e/14d900d0-4d7d-11ed-8be8-3ff328877179/file-1l9bnr5um.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9bnr5ul/85e0bacc-88c0-460c-bfe6-6ff436459f8e/14d900d0-4d7d-11ed-8be8-3ff328877179/file-1l9bnr5um.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 27th June Evening Shift Chemistry - Alcohols, Phenols and Ethers Question 76 English Explanation 3"><br>$\therefore$ Correct match is (A) - IV, (B) - III, (C) - II, (D) - I | mcq | jee-main-2022-online-27th-june-evening-shift | 123 |
1l58e3euz | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p><img src="data:image/png;base64,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"/></p>
<p>Consider the above reaction sequence and identify the product <b>B</b>.</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bpw7je/6bd69b79-33ed-4522-95c5-345cd76cbe3a/95f0d8a0-fe54-11ec-b169-b5046c590266/file-1l5bpw7jf.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bpw7je/6bd69b79-33ed-4522-95c5-345cd76cbe3a/95f0d8a0-fe54-11ec-b169-b5046c590266/file-1l5bpw7jf.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 26th June Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 75 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bpxbf8/25f9c463-6d87-430b-a234-b2602b2b7ace/b4c01d40-fe54-11ec-b169-b5046c590266/file-1l5bpxbf9.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bpxbf8/25f9c463-6d87-430b-a234-b2602b2b7ace/b4c01d40-fe54-11ec-b169-b5046c590266/file-1l5bpxbf9.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 26th June Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 75 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bpy7np/5c54083d-ffe4-4ae3-844c-89eceb1f94fe/cda6c750-fe54-11ec-b169-b5046c590266/file-1l5bpy7nq.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bpy7np/5c54083d-ffe4-4ae3-844c-89eceb1f94fe/cda6c750-fe54-11ec-b169-b5046c590266/file-1l5bpy7nq.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 26th June Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 75 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bpz5ys/343ab2c0-e495-406d-b39a-576c5522b978/e8274b40-fe54-11ec-b169-b5046c590266/file-1l5bpz5yt.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bpz5ys/343ab2c0-e495-406d-b39a-576c5522b978/e8274b40-fe54-11ec-b169-b5046c590266/file-1l5bpz5yt.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 26th June Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 75 English Option 4\">"}] | ["A"] | null | Although Acetyl Acetone predominantly gives
Acid base reaction with G.R due to Active
methylene group but according to given option ans
should be based on nucleophilic addition reaction
(NAR). <br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l97q6tsh/e56d1c21-8e34-4796-a27c-b30883d84381/7823bc10-4b53-11ed-86ad-0bb7aa407afc/file-1l97q6tsi.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l97q6tsh/e56d1c21-8e34-4796-a27c-b30883d84381/7823bc10-4b53-11ed-86ad-0bb7aa407afc/file-1l97q6tsi.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2022 (Online) 26th June Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 75 English Explanation">
| mcq | jee-main-2022-online-26th-june-morning-shift | 124 |
1l58eqla0 | chemistry | alcohols-phenols-and-ethers | properties,-preparation-and-uses-of-phenols | <p>Compound 'P' on nitration with dil. HNO<sub>3</sub> yields two isomers (A) and (B). These isomers can be separated by steam distillation. Isomers (A) and (B) show the intramolecular and intermolecular hydrogen bonding respectively. Compound (P) on reaction with conc. HNO<sub>3</sub> yields a yellow compound 'C', a strong acid. The number of oxygen atoms is present in compound 'C' _____________.</p> | [] | null | 7 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l97qwi7d/7ee752ad-2a87-4e26-8388-3139855ffbde/423a2190-4b56-11ed-86ad-0bb7aa407afc/file-1l97qwi7e.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l97qwi7d/7ee752ad-2a87-4e26-8388-3139855ffbde/423a2190-4b56-11ed-86ad-0bb7aa407afc/file-1l97qwi7e.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2022 (Online) 26th June Morning Shift Chemistry - Alcohols, Phenols and Ethers Question 74 English Explanation"> | integer | jee-main-2022-online-26th-june-morning-shift | 125 |
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