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axa2CheY4MuhEgm1 | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | The major product obtained in the following reaction is :<br/><br/>
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7ynhd1q/54f7fc60-8130-477d-86e9-6feab9f3d98e/9c7ed6e0-3289-11ed-8893-19b23ee4c66d/file-1l7ynhd1r.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7ynhd1q/54f7fc60-8130-477d-86e9-6feab9f3d98e/9c7ed6e0-3289-11ed-8893-19b23ee4c66d/file-1l7ynhd1r.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2017 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 204 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7ynhyr9/80b40ae7-7ee9-49f5-a686-584c258c8cf0/ad43e650-3289-11ed-8893-19b23ee4c66d/file-1l7ynhyra.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7ynhyr9/80b40ae7-7ee9-49f5-a686-584c258c8cf0/ad43e650-3289-11ed-8893-19b23ee4c66d/file-1l7ynhyra.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2017 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 204 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7ynidoe/874aabde-e6ec-45d4-a4eb-ca8aef2381f3/b8ca7de0-3289-11ed-8893-19b23ee4c66d/file-1l7ynidof.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7ynidoe/874aabde-e6ec-45d4-a4eb-ca8aef2381f3/b8ca7de0-3289-11ed-8893-19b23ee4c66d/file-1l7ynidof.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2017 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 204 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l7yniuwp/eb43e8e5-59de-4186-9d7e-0449297522d4/c619ee90-3289-11ed-8893-19b23ee4c66d/file-1l7yniuwq.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l7yniuwp/eb43e8e5-59de-4186-9d7e-0449297522d4/c619ee90-3289-11ed-8893-19b23ee4c66d/file-1l7yniuwq.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2017 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 204 English Option 4\">"}] | ["D"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265102/exam_images/thswk1uyhhe6aflyi3gr.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2017 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 204 English Explanation"> | mcq | jee-main-2017-offline | 251 |
pgDOs18j4rEFYpRiFl1ta | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | The major product of the following reaction is :
<br/><br/><img 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"/> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l8g5ay95/c6053a2b-bbfb-49b0-8545-b874416a2b95/a193cd90-3c28-11ed-8acd-3bfc6080b9d7/file-1l8g5ay96.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8g5ay95/c6053a2b-bbfb-49b0-8545-b874416a2b95/a193cd90-3c28-11ed-8acd-3bfc6080b9d7/file-1l8g5ay96.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 16th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 189 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l8g5akm9/774c0753-0eb7-476b-a6c9-bb748270ae61/970b6c20-3c28-11ed-8acd-3bfc6080b9d7/file-1l8g5akma.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8g5akm9/774c0753-0eb7-476b-a6c9-bb748270ae61/970b6c20-3c28-11ed-8acd-3bfc6080b9d7/file-1l8g5akma.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 16th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 189 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l8g5a5w7/0435a4ba-ade6-41cf-9bfd-9511a7a1fc8f/8bab9670-3c28-11ed-8acd-3bfc6080b9d7/file-1l8g5a5w8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8g5a5w7/0435a4ba-ade6-41cf-9bfd-9511a7a1fc8f/8bab9670-3c28-11ed-8acd-3bfc6080b9d7/file-1l8g5a5w8.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 16th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 189 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l8g59rjh/33b26969-b00d-4065-b3b3-dfe95d03cf7d/809525d0-3c28-11ed-8acd-3bfc6080b9d7/file-1l8g59rji.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8g59rjh/33b26969-b00d-4065-b3b3-dfe95d03cf7d/809525d0-3c28-11ed-8acd-3bfc6080b9d7/file-1l8g59rji.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 16th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 189 English Option 4\">"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l8g5bh9q/171057ee-c05e-4030-a328-59de3dd3d651/b04454e0-3c28-11ed-8acd-3bfc6080b9d7/file-1l8g5bh9r.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l8g5bh9q/171057ee-c05e-4030-a328-59de3dd3d651/b04454e0-3c28-11ed-8acd-3bfc6080b9d7/file-1l8g5bh9r.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2018 (Online) 16th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 189 English Explanation"> | mcq | jee-main-2018-online-16th-april-morning-slot | 252 |
sypOY2SwJn5aBYaZ3PTuH | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | 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/v1734266278/exam_images/j1iyy7lnuoq6f1aenout.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 172 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263977/exam_images/cryz365s3h2zyvwghnzx.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 172 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265794/exam_images/argh9nijil2ftuabynbm.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 172 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264577/exam_images/nqqwytvenb99jsyrfup3.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 172 English Option 4\">"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263777/exam_images/ravlgqbexejbrczdh3ww.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264868/exam_images/moh8v4dfns31dsu54imr.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264314/exam_images/j7d7xn28yfwonva8hgsq.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266017/exam_images/mhljvg7wo3l4bpzpcbyd.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 12th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 172 English Explanation"></picture>
<br><br>DIBAL-H will reduce cyanides and esters to aldehydes. | mcq | jee-main-2019-online-12th-january-morning-slot | 253 |
9zA5MqQEK36Q5vtUAfjgy2xukg3ed3ul | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | The correct match between Item-I (starting
material) and Item-II (reagent) for the
preparation of benzaldehyde is :
<br/><br/><style type="text/css">
.tg {border-collapse:collapse;border-spacing:0;}
.tg td{border-color:black;border-style:solid;border-width:1px;font-family:Arial, sans-serif;font-size:14px;
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.tg th{border-color:black;border-style:solid;border-width:1px;font-family:Arial, sans-serif;font-size:14px;
font-weight:normal;overflow:hidden;padding:10px 5px;word-break:normal;}
.tg .tg-baqh{text-align:center;vertical-align:top}
</style>
<table class="tg">
<thead>
<tr>
<th class="tg-baqh"><b>Item-I</b></th>
<th class="tg-baqh"><b>Item-II</b></th>
</tr>
</thead>
<tbody>
<tr>
<td class="tg-baqh">(I) Benzene</td>
<td class="tg-baqh">(P) HCl and SnCl<sub>2</sub>,
H<sub>3</sub>O<sup>+</sup></td>
</tr>
<tr>
<td class="tg-baqh">(II) Benzonitrile</td>
<td class="tg-baqh">(Q) H<sub>2</sub>, Pd-BaSO<sub>4</sub>, S
and quinoline</td>
</tr>
<tr>
<td class="tg-baqh">(III) Benzoyl Chloride</td>
<td class="tg-baqh">(R) CO, HCl and AlCl<sub>3</sub></td>
</tr>
</tbody>
</table> | [{"identifier": "A", "content": "(I) - (R), (II) - (P) and (III) - (Q)"}, {"identifier": "B", "content": "(I) - (P), (II) - (Q) and (III) - (R)"}, {"identifier": "C", "content": "(I) - (Q), (II) - (R) and (III) - (P)"}, {"identifier": "D", "content": "(I) - (R), (II) - (Q) and (III) - (P)"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265983/exam_images/tnxetxym5lapbou036bs.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265165/exam_images/d74cwil8uicrreg1dho5.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266208/exam_images/sznr93cizyaix9lnbd8c.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265427/exam_images/ecps259vu7lcxevp7v3e.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 6th September Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 135 English Explanation"></picture> | mcq | jee-main-2020-online-6th-september-evening-slot | 254 |
fuctW6ydtkJWkjVJSe1kls809rh | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | Which one of the following reactions will not form acetaldehyde? | [{"identifier": "A", "content": "$$C{H_3}C{H_2}OH\\mathrel{\\mathop{\\kern0pt\\longrightarrow}\n\\limits_{573K}^{Cu}} $$"}, {"identifier": "B", "content": "$$C{H_3}C{H_2}OH\\buildrel {Cr{O_3} - {H_2}S{O_4}} \\over\n \\longrightarrow $$"}, {"identifier": "C", "content": "$$C{H_2} = C{H_2} + {O_2}\\mathrel{\\mathop{\\kern0pt\\longrightarrow}\n\\limits_{{H_2}O}^{Pd(II)/Cu(II)}} $$"}, {"identifier": "D", "content": "$$C{H_3}CN\\mathrel{\\mathop{\\kern0pt\\longrightarrow}\n\\limits_{ii)\\,{H_2}O}^{i)\\,DIBAL - H}} $$"}] | ["B"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263822/exam_images/zt6na7p1ou9eucpeqigr.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 25th February Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 130 English Explanation"> | mcq | jee-main-2021-online-25th-february-morning-slot | 255 |
H9iLe4hN4Na9MbnjaR1kltbsa7r | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | 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/v1734265570/exam_images/bkbrl9feqjimz8rww8bh.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 126 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266214/exam_images/tsdauiqvt3frrmndsxsp.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 126 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267331/exam_images/vedcdmlpoc72ubqtrdaq.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 126 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263518/exam_images/nxjawxpgvevzabz3redn.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 126 English Option 4\">"}] | ["D"] | null | <picture><source media="(max-width: 1179px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266614/exam_images/f4eli1e0zveuvjkeaoc1.webp"><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264969/exam_images/vszs6cz49pliuslmn2yu.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265804/exam_images/h3f9cnmbd1gircgwsd3b.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265816/exam_images/npumgedaovps75cpqgjv.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265882/exam_images/qwazltnc8ynrajenmkre.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 126 English Explanation"></picture> | mcq | jee-main-2021-online-25th-february-evening-slot | 256 |
1l6e1me7d | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | <p>Which one of the following reactions does not represent correct combination of substrate and product under the given conditions?</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6eqvgvz/574eaca9-041c-4f0a-baf7-1b2ed9253f19/fbcf45e0-13ca-11ed-b12e-0be2f600acf7/file-1l6eqvgw0.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6eqvgvz/574eaca9-041c-4f0a-baf7-1b2ed9253f19/fbcf45e0-13ca-11ed-b12e-0be2f600acf7/file-1l6eqvgw0.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 - Aldehydes, Ketones and Carboxylic Acids Question 73 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6eqw1b1/641f50de-6f02-426c-a934-fa669a36ec6d/0b9534d0-13cb-11ed-b12e-0be2f600acf7/file-1l6eqw1b2.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6eqw1b1/641f50de-6f02-426c-a934-fa669a36ec6d/0b9534d0-13cb-11ed-b12e-0be2f600acf7/file-1l6eqw1b2.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 - Aldehydes, Ketones and Carboxylic Acids Question 73 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6eqwsos/c3b0ae80-6e3d-440b-add9-a9c08ea5a4f3/20bc17c0-13cb-11ed-b12e-0be2f600acf7/file-1l6eqwsot.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6eqwsos/c3b0ae80-6e3d-440b-add9-a9c08ea5a4f3/20bc17c0-13cb-11ed-b12e-0be2f600acf7/file-1l6eqwsot.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 - Aldehydes, Ketones and Carboxylic Acids Question 73 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6eqxeim/07442de9-7099-43aa-8936-6868dafd1fb4/3198cde0-13cb-11ed-b12e-0be2f600acf7/file-1l6eqxein.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6eqxeim/07442de9-7099-43aa-8936-6868dafd1fb4/3198cde0-13cb-11ed-b12e-0be2f600acf7/file-1l6eqxein.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 - Aldehydes, Ketones and Carboxylic Acids Question 73 English Option 4\">"}] | ["D"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc5noibd/e33dc574-704e-47fa-82e8-5fd7cec889d4/bd4a4a90-8594-11ed-a4e1-239777dab634/file-1lc5noibe.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc5noibd/e33dc574-704e-47fa-82e8-5fd7cec889d4/bd4a4a90-8594-11ed-a4e1-239777dab634/file-1lc5noibe.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 - Aldehydes, Ketones and Carboxylic Acids Question 73 English Explanation"></p>
<p>Na<sub>2</sub>Cr<sub>2</sub>O<sub>7</sub>, H<sub>2</sub>SO<sub>4</sub>/H<sub>2</sub>O is the strongest oxidising
agent and it will oxidise 1° alcohol into acids. </p> | mcq | jee-main-2022-online-25th-july-morning-shift | 257 |
1l6kq6oye | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | <p>Match List - I with List - II.</p>
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<th class="tg-1wig">List - I</th>
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<th class="tg-1wig">List - II</th>
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<td class="tg-0lax">(A)</td>
<td class="tg-0lax"><img src="data:image/png;base64,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"/></td>
<td class="tg-0lax">(I)</td>
<td class="tg-0lax">Gatterman Koch reaction</td>
</tr>
<tr>
<td class="tg-0lax">(B)</td>
<td class="tg-0lax">$$C{H_3} - CN\mathrel{\mathop{\kern0pt\longrightarrow}<br/>\limits_{{H_3}{O^ + }}^{SnC{l_2}/HCl}} C{H_3} - CHO$$</td>
<td class="tg-0lax">(II)</td>
<td class="tg-0lax">Etard reaction</td>
</tr>
<tr>
<td class="tg-0lax">(C)</td>
<td class="tg-0lax"><img src="data:image/png;base64,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"/></td>
<td class="tg-0lax">(III)</td>
<td class="tg-0lax">Stephen reaction</td>
</tr>
<tr>
<td class="tg-0lax">(D)</td>
<td class="tg-0lax"><img src="data:image/png;base64,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"/></td>
<td class="tg-0lax">(IV)</td>
<td class="tg-0lax">Rosenmund reaction</td>
</tr>
</tbody>
</table></p>
<p>Choose the correct answer from the options given below :</p> | [{"identifier": "A", "content": "$$(\\mathrm{A})-(\\mathrm{IV}),(\\mathrm{B})-(\\mathrm{III}),(\\mathrm{C})-(\\mathrm{II}),(\\mathrm{D})-(\\mathrm{I})$$"}, {"identifier": "B", "content": "$$(\\mathrm{A})-(\\mathrm{I}),(\\mathrm{B})-(\\mathrm{II}),(\\mathrm{C})-(\\mathrm{III}),(\\mathrm{D})-(\\mathrm{IV})$$"}, {"identifier": "C", "content": "$$(\\mathrm{A})-(\\mathrm{II}),(\\mathrm{B})-(\\mathrm{III}),(\\mathrm{C})-(\\mathrm{IV}),(\\mathrm{D})-(\\mathrm{I})$$"}, {"identifier": "D", "content": "$$(\\mathrm{A})-(\\mathrm{III}),(\\mathrm{B})-(\\mathrm{II}),(\\mathrm{C})-(\\mathrm{I}),(\\mathrm{D})-(\\mathrm{IV})$$"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7oivoen/35e99958-b680-4c44-a522-8bf350668b64/c6756500-2cf7-11ed-a627-29822045a51b/file-1l7oivoeo.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7oivoen/35e99958-b680-4c44-a522-8bf350668b64/c6756500-2cf7-11ed-a627-29822045a51b/file-1l7oivoeo.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 100vh" alt="JEE Main 2022 (Online) 27th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 68 English Explanation"> | mcq | jee-main-2022-online-27th-july-evening-shift | 258 |
1ldr3iopu | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | <p>What is the correct order of acidity of the protons marked $$\mathrm{A}-\mathrm{D}$$ in the given compounds ?</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "$$\\mathrm{H}_{\\mathrm{D}}>\\mathrm{H}_{\\mathrm{C}}>\\mathrm{H}_{\\mathrm{B}}>\\mathrm{H}_{\\mathrm{A}}$$"}, {"identifier": "B", "content": "$$\\mathrm{H}_{\\mathrm{C}}>\\mathrm{H}_{\\mathrm{A}}>\\mathrm{H}_{\\mathrm{D}}>\\mathrm{H}_{\\mathrm{B}}$$"}, {"identifier": "C", "content": "$$\\mathrm{H}_{\\mathrm{C}}>\\mathrm{H}_{\\mathrm{D}}>\\mathrm{H}_{\\mathrm{B}}>\\mathrm{H}_{\\mathrm{A}}$$"}, {"identifier": "D", "content": "$$\\mathrm{H}_{\\mathrm{C}}>\\mathrm{H}_{\\mathrm{D}}>\\mathrm{H}_{\\mathrm{A}}>\\mathrm{H}_{\\mathrm{B}}$$"}] | ["D"] | null | <p>Acidity of an acid depends upon the stability of it's
conjugate base.</p>
<p>H<sub>C</sub> > H<sub>D</sub> > H<sub>A</sub> > H<sub>B</sub></p>
<p>H<sub>C</sub> is hydrogen of carboxylic acid.</p>
<p>H<sub>D</sub> removal will lead to stable carbanion.</p> | mcq | jee-main-2023-online-30th-january-morning-shift | 259 |
1lsg7vwub | chemistry | aldehydes-ketones-and-carboxylic-acids | method-of-preparation-for-aldehydes | <p>Salicylaldehyde is synthesized from phenol, when reacted with</p> | [{"identifier": "A", "content": "$$\\mathrm{HCCl}_3, \\mathrm{NaOH}$$\n"}, {"identifier": "B", "content": "$$\\mathrm{CO}_2, \\mathrm{NaOH}$$"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lshjqq70/18049711-83de-492a-a25b-40725a4e769b/345565c0-c8e2-11ee-8501-bb04786aa212/file-6y3zli1lshjqq71.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lshjqq70/18049711-83de-492a-a25b-40725a4e769b/345565c0-c8e2-11ee-8501-bb04786aa212/file-6y3zli1lshjqq71.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 30th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 20 English Option 3\">"}, {"identifier": "D", "content": "CCl$$_4$$, NaOH"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lspv7hlw/f9d25667-b217-4e88-8082-d55d25008866/5012a150-cd75-11ee-9be1-85ca54b9efcb/file-6y3zli1lspv7hlx.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lspv7hlw/f9d25667-b217-4e88-8082-d55d25008866/5012a150-cd75-11ee-9be1-85ca54b9efcb/file-6y3zli1lspv7hlx.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 30th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 20 English Explanation"> | mcq | jee-main-2024-online-30th-january-evening-shift | 260 |
tdYf5JdeW3TWpUa1 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | One mole of a symmetrical alkene on ozonolysis gives two moles of an aldehyde having a molecular
mass of 44 u. The alkene is | [{"identifier": "A", "content": "propene "}, {"identifier": "B", "content": "1\u2013butene"}, {"identifier": "C", "content": "2\u2013butene"}, {"identifier": "D", "content": "ethene"}] | ["C"] | null | The given molecular formula suggests that the aldehyde formed will be acetaldehyde hence the alkene will be
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265392/exam_images/bmw8wjrlahgbbofd9aak.webp" loading="lazy" alt="AIEEE 2010 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 222 English Explanation"> | mcq | aieee-2010 | 262 |
fjeiTMJaUvnjveA4 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | Which compound would give $$5$$ - keto - $$2$$ - methylhexanal upon ozonolysis? | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l91fwa31/8c1bec13-aade-4967-af1b-208e9387c046/83a31bd0-47de-11ed-9a49-57ec402e0bd4/file-1l91fwa32.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l91fwa31/8c1bec13-aade-4967-af1b-208e9387c046/83a31bd0-47de-11ed-9a49-57ec402e0bd4/file-1l91fwa32.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2015 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 203 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l91fviy3/7651244a-9e42-461f-aa76-1dad1f0dc896/6eac97b0-47de-11ed-9a49-57ec402e0bd4/file-1l91fviy4.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l91fviy3/7651244a-9e42-461f-aa76-1dad1f0dc896/6eac97b0-47de-11ed-9a49-57ec402e0bd4/file-1l91fviy4.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2015 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 203 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l91fwq2y/d3a27ef3-b5d4-4081-b71b-7d7019c134bc/8ffeb6a0-47de-11ed-9a49-57ec402e0bd4/file-1l91fwq2z.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l91fwq2y/d3a27ef3-b5d4-4081-b71b-7d7019c134bc/8ffeb6a0-47de-11ed-9a49-57ec402e0bd4/file-1l91fwq2z.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2015 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 203 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l91fx8my/0a3e7c39-76d9-4dba-ad92-d8e0b873b6d2/9e5425a0-47de-11ed-9a49-57ec402e0bd4/file-1l91fx8mz.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l91fx8my/0a3e7c39-76d9-4dba-ad92-d8e0b873b6d2/9e5425a0-47de-11ed-9a49-57ec402e0bd4/file-1l91fx8mz.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2015 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 203 English Option 4\">"}] | ["D"] | null | When $$1,3$$-dimethylcyclopentene is heated with ozone and then with zinc and acetic acid, oxidative cleavage leads to keto - aldehyde.
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l91fye5o/809b7e5c-4d9b-4c61-a5b1-7e093b9ebbad/be66e6c0-47de-11ed-9a49-57ec402e0bd4/file-1l91fye5p.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l91fye5o/809b7e5c-4d9b-4c61-a5b1-7e093b9ebbad/be66e6c0-47de-11ed-9a49-57ec402e0bd4/file-1l91fye5p.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2015 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 203 English Explanation"> | mcq | jee-main-2015-offline | 263 |
wQjUAs4eadccm7sPqAwdU | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | The major product B formed in the following reaction sequence 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/1l8g4wfir/1e84bf48-3d6e-41ee-bc83-9bd230b776ad/0dc74e30-3c27-11ed-8acd-3bfc6080b9d7/file-1l8g4wfis.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8g4wfir/1e84bf48-3d6e-41ee-bc83-9bd230b776ad/0dc74e30-3c27-11ed-8acd-3bfc6080b9d7/file-1l8g4wfis.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 16th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 190 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l8g4xd5r/badd4061-1403-49ae-9da1-5d6967152dd4/27c386f0-3c27-11ed-8acd-3bfc6080b9d7/file-1l8g4xd5s.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8g4xd5r/badd4061-1403-49ae-9da1-5d6967152dd4/27c386f0-3c27-11ed-8acd-3bfc6080b9d7/file-1l8g4xd5s.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 16th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 190 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l8g4xxdk/412096eb-2887-4696-9c33-05e0a904f02a/37617b80-3c27-11ed-8acd-3bfc6080b9d7/file-1l8g4xxdl.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8g4xxdk/412096eb-2887-4696-9c33-05e0a904f02a/37617b80-3c27-11ed-8acd-3bfc6080b9d7/file-1l8g4xxdl.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 16th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 190 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l8g4yuke/0c6b0c01-db05-4ee1-815a-565a2316ccf2/51050cf0-3c27-11ed-8acd-3bfc6080b9d7/file-1l8g4yukf.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l8g4yuke/0c6b0c01-db05-4ee1-815a-565a2316ccf2/51050cf0-3c27-11ed-8acd-3bfc6080b9d7/file-1l8g4yukf.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2018 (Online) 16th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 190 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l8g50era/f2f43de8-bbc9-4448-bc6d-84537941b6cc/7c6cf560-3c27-11ed-8acd-3bfc6080b9d7/file-1l8g50erb.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l8g50era/f2f43de8-bbc9-4448-bc6d-84537941b6cc/7c6cf560-3c27-11ed-8acd-3bfc6080b9d7/file-1l8g50erb.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2018 (Online) 16th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 190 English Explanation"> | mcq | jee-main-2018-online-16th-april-morning-slot | 265 |
POTcyn4PvwXDwMlEXA3rsa0w2w9jwv9w1qj | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | Major products of the following reaction are :
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266408/exam_images/zm1jeefwc6ut7kjsspqs.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/v1734265422/exam_images/tgqdxsvceuyvrcqkz2m8.webp\"><source media=\"(max-width: 500px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266832/exam_images/leml11kxlmtz9onaxryi.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266251/exam_images/mjjaaqb5e6vnvwv9cior.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 162 English Option 1\"></picture>"}, {"identifier": "B", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266042/exam_images/t5wsuzepvayybnycuudq.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265859/exam_images/us59jktoeapdjhexwbd7.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 162 English Option 2\"></picture>"}, {"identifier": "C", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264792/exam_images/dotmduutjosbwu293apm.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267472/exam_images/ubgrgazqh7hcixnmjsuo.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 162 English Option 3\"></picture>"}, {"identifier": "D", "content": "CH<sub>3</sub>OH and HCO<sub>2</sub>H"}] | ["C"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264562/exam_images/mqzusdeyagdkqd2y2ptv.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267377/exam_images/skmfog4yhljsrkwtdbzb.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267322/exam_images/yqk7bqjbhmqel10zezsq.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265067/exam_images/ugbeabayubqes6mpzjlm.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265448/exam_images/shg39q4ligrb2nislain.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 10th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 162 English Explanation"></picture> | mcq | jee-main-2019-online-10th-april-morning-slot | 266 |
qGR0YViDBf55nYiAIp7k9k2k5h38lx6 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | The predominant intermolecular forces present in ethyl acetate, a liquid, are: | [{"identifier": "A", "content": "Dipole-dipole and hydrogen bonding"}, {"identifier": "B", "content": "hydrogen bonding and London dispersion"}, {"identifier": "C", "content": "London dispersion, dipole-dipole and hydrogen bonding"}, {"identifier": "D", "content": "London dispersion and dipole-dipole"}] | ["D"] | null | <p>Ethyl acetate (CH<sub>3</sub>COOCH<sub>2</sub>CH<sub>3</sub>) is an organic compound with a molecular structure that does not include any hydrogen atoms bonded directly to highly electronegative atoms like nitrogen, oxygen, or fluorine. Because of this, it cannot form hydrogen bonds. However, ethyl acetate does possess a polar carbonyl group (C=O), which contributes to dipole-dipole interactions, and like all molecules, it can experience London dispersion forces. Therefore, the predominant intermolecular forces present in ethyl acetate are dipole-dipole interactions and London dispersion forces.</p>
<p>Hence, the correct option is :</p>
<p><strong>Option D: London dispersion and dipole-dipole</strong></p> | mcq | jee-main-2020-online-8th-january-morning-slot | 268 |
vvsvyQqIrMnVGtRpc87k9k2k5lkt992 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | In the following reaction A is :
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265824/exam_images/mocf9ykqpcfnbq8iparu.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 152 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265631/exam_images/rtjvyoddcyb8so4dataj.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 152 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265563/exam_images/qnnxcceqc7fqml1athfp.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 152 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265880/exam_images/pjxum4h7fj8qxayli5rz.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 152 English Option 4\">"}] | ["B"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267778/exam_images/qp74uvyslcezvretbtak.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 152 English Explanation 1">
<img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264543/exam_images/tk4hdwfocabwuwut3ip9.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 9th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 152 English Explanation 2"> | mcq | jee-main-2020-online-9th-january-evening-slot | 269 |
ZjcfHEUzV3Q33VCX4S1klrdqcd3 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | Which of the following reagent is used for the following reaction ?<br/><br/>
$$
\mathrm{CH}_3 \mathrm{CH}_2 \mathrm{CH}_3 \stackrel{?}{\longrightarrow} \mathrm{CH}_3 \mathrm{CH}_2 \mathrm{CHO}
$$ | [{"identifier": "A", "content": "Molybdenum oxide"}, {"identifier": "B", "content": "Manganese acetate"}, {"identifier": "C", "content": "Copper at high temperature and pressure"}, {"identifier": "D", "content": "Potassium permanganate"}] | ["A"] | null | Molybdenum oxide (Mo<sub>2</sub>O<sub>3</sub> ) is used for oxidising alkanes to
aldehyde. It used to manufacture molybdenum metal, which serves
as an additive to steel and corrosive resistant alloys.
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kxhci1gp/478f2156-9f7d-414a-bcc7-e58c22e6ac31/2e1b3d90-630b-11ec-877b-854219a26a55/file-1kxhci1gq.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kxhci1gp/478f2156-9f7d-414a-bcc7-e58c22e6ac31/2e1b3d90-630b-11ec-877b-854219a26a55/file-1kxhci1gq.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 - Aldehydes, Ketones and Carboxylic Acids Question 134 English Explanation"> | mcq | jee-main-2021-online-24th-february-morning-slot | 270 |
07HBNTV4FkzqfYabzM1kmj7v421 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | Mesityl oxide is a common name of : | [{"identifier": "A", "content": "3-Methyl cyclohexane carbaldehyde"}, {"identifier": "B", "content": "4-Methyl pent-3-en-2-one"}, {"identifier": "C", "content": "2,4-Dimethyl pentan-3-one"}, {"identifier": "D", "content": "2-Methyl cyclohexanone"}] | ["B"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263428/exam_images/yga7xz57fu9lgwe0npdz.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 17th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 118 English Explanation"> | mcq | jee-main-2021-online-17th-march-morning-shift | 272 |
3bSRRUX23xRXcF3yAy1kmkjqk7u | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | The total number of C-C sigma bond/s in mesityl oxide (C<sub>6</sub>H<sub>10</sub>O) is __________. (Round off to the Nearest Integer). | [] | null | 5 | Structure of mesityl oxide is
<br><br><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266672/exam_images/q8mouyv5roy3qcqghmsa.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 17th March Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 116 English Explanation">
<br><br>Number of C–C sigma bonds = 5 | integer | jee-main-2021-online-17th-march-evening-shift | 273 |
1l57s98nj | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | <p>'A' and 'B' respectively are:</p>
<p> <img src="data:image/png;base64,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"/> </p> | [{"identifier": "A", "content": "1-methylcyclohex-1,3-diene & cyclopentene."}, {"identifier": "B", "content": "Cyclohex-1,3-diene & cyclopentene"}, {"identifier": "C", "content": "1-methylcyclohex-1,4-diene & 1-methylcyclopent-1-ene"}, {"identifier": "D", "content": "Cyclohex-1,3-diene & 1-methylcyclopent-1-ene"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9xk94w2/840cd692-70b9-4abe-bc26-e856a79abea9/a2714530-5988-11ed-aea2-a1da9caa44e6/file-1l9xk94w3.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9xk94w2/840cd692-70b9-4abe-bc26-e856a79abea9/a2714530-5988-11ed-aea2-a1da9caa44e6/file-1l9xk94w3.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2022 (Online) 27th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 87 English Explanation"> | mcq | jee-main-2022-online-27th-june-morning-shift | 274 |
1l57sbu2m | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | <p>Which of the following reactions will yield benzaldehyde as a product?</p>
<p> <img 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"/></p>
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height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 27th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 86 English Explanation 1"><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9xkfoea/b56fd539-c543-44b2-b209-a0750b012c08/585d6220-5989-11ed-8ffa-1d2a9dd91f8d/file-1l9xkfoeb.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9xkfoea/b56fd539-c543-44b2-b209-a0750b012c08/585d6220-5989-11ed-8ffa-1d2a9dd91f8d/file-1l9xkfoeb.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 27th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 86 English Explanation 2"><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9xkgofi/4fc193e5-1f97-4d1f-8cb1-622c4fb6dc90/743363f0-5989-11ed-8ffa-1d2a9dd91f8d/file-1l9xkgofj.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9xkgofi/4fc193e5-1f97-4d1f-8cb1-622c4fb6dc90/743363f0-5989-11ed-8ffa-1d2a9dd91f8d/file-1l9xkgofj.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 27th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 86 English Explanation 3"><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9xkha98/fd77ebc0-463f-44af-b155-4bba0e982e4f/850f56c0-5989-11ed-8ffa-1d2a9dd91f8d/file-1l9xkha99.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9xkha98/fd77ebc0-463f-44af-b155-4bba0e982e4f/850f56c0-5989-11ed-8ffa-1d2a9dd91f8d/file-1l9xkha99.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 27th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 86 English Explanation 4"> | mcq | jee-main-2022-online-27th-june-morning-shift | 275 |
1l58jpzbj | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | <p>Oxidation of toluene to benzaldehyde can be easily carried out with which of the following reagents?</p> | [{"identifier": "A", "content": "CrO<sub>3</sub>/acetic acid, H<sub>3</sub>O<sup>+</sup>"}, {"identifier": "B", "content": "CrO<sub>3</sub>/acetic anhydride, H<sub>3</sub>O<sup>+</sup>"}, {"identifier": "C", "content": "KMnO<sub>4</sub>/HCl, H<sub>3</sub>O<sup>+</sup>"}, {"identifier": "D", "content": "CO/HCl, anhydrous AlCl<sub>3</sub>"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9bly2tx/1e22714e-7969-43f2-8965-fccf0ae504cb/02ebf050-4d76-11ed-bdbc-253e8d1bba81/file-1l9bly2ty.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9bly2tx/1e22714e-7969-43f2-8965-fccf0ae504cb/02ebf050-4d76-11ed-bdbc-253e8d1bba81/file-1l9bly2ty.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 26th June Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 81 English Explanation"> | mcq | jee-main-2022-online-26th-june-evening-shift | 276 |
1l6f79n9l | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | <p>$$C{H_3} - C{H_2} - CN\mathrel{\mathop{\kern0pt\longrightarrow}
\limits_{Ether}^{C{H_3}MgBr}} A\buildrel {{H_3}{O^ + }} \over
\longrightarrow B\mathrel{\mathop{\kern0pt\longrightarrow}
\limits_{HCl}^{Zn - Hg}} C$$</p>
<p>The correct structure of C is</p> | [{"identifier": "A", "content": "$$C{H_3} - C{H_2} - C{H_2} - C{H_3}$$"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6gkbghv/ff895651-2ea6-4501-9104-ff51ac490fc6/e9d93930-14ca-11ed-9a57-873b3ac09d5c/file-1l6gkbghw.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6gkbghv/ff895651-2ea6-4501-9104-ff51ac490fc6/e9d93930-14ca-11ed-9a57-873b3ac09d5c/file-1l6gkbghw.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 72 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6gkc3fu/31444297-a59a-45e3-b018-5bd15adb45f0/fb926ca0-14ca-11ed-9a57-873b3ac09d5c/file-1l6gkc3fv.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6gkc3fu/31444297-a59a-45e3-b018-5bd15adb45f0/fb926ca0-14ca-11ed-9a57-873b3ac09d5c/file-1l6gkc3fv.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 72 English Option 3\">"}, {"identifier": "D", "content": "$$C{H_3} - C{H_2} - CH = C{H_2}$$"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc8ku0hq/d457014d-1136-4568-8584-9b888b05bf29/f4f011e0-872f-11ed-806b-d74011098e63/file-1lc8ku0hr.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc8ku0hq/d457014d-1136-4568-8584-9b888b05bf29/f4f011e0-872f-11ed-806b-d74011098e63/file-1lc8ku0hr.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2022 (Online) 25th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 72 English Explanation"> | mcq | jee-main-2022-online-25th-july-evening-shift | 278 |
1l6kpxf8y | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | <p>The structure of A in the given 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/1l6qqsxzv/b9d3d4b6-d37c-48f7-80d4-af082e1eae54/1d6455c0-1a64-11ed-9fca-fdfa82878a71/file-1l6qqsxzw.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6qqsxzv/b9d3d4b6-d37c-48f7-80d4-af082e1eae54/1d6455c0-1a64-11ed-9fca-fdfa82878a71/file-1l6qqsxzw.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 27th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 66 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6qqtd8q/04769ad4-3732-496d-b813-5c0a64fcb31c/292b2aa0-1a64-11ed-9fca-fdfa82878a71/file-1l6qqtd8r.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6qqtd8q/04769ad4-3732-496d-b813-5c0a64fcb31c/292b2aa0-1a64-11ed-9fca-fdfa82878a71/file-1l6qqtd8r.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 27th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 66 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6qqtslt/889d15e0-7900-4c83-a983-6f337d9e391b/35095810-1a64-11ed-9fca-fdfa82878a71/file-1l6qqtslu.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6qqtslt/889d15e0-7900-4c83-a983-6f337d9e391b/35095810-1a64-11ed-9fca-fdfa82878a71/file-1l6qqtslu.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 27th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 66 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6qqu7w1/975d7600-5c0a-4b12-acd3-badf3602bd8b/40d7ce10-1a64-11ed-9fca-fdfa82878a71/file-1l6qqu7w2.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6qqu7w1/975d7600-5c0a-4b12-acd3-badf3602bd8b/40d7ce10-1a64-11ed-9fca-fdfa82878a71/file-1l6qqu7w2.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 27th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 66 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7oiqn9u/2705bb52-bbbd-453a-9ad9-728ca6b98829/3a896320-2cf7-11ed-a627-29822045a51b/file-1l7oiqn9v.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7oiqn9u/2705bb52-bbbd-453a-9ad9-728ca6b98829/3a896320-2cf7-11ed-a627-29822045a51b/file-1l7oiqn9v.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 27th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 66 English Explanation"> | mcq | jee-main-2022-online-27th-july-evening-shift | 279 |
ldo8e24s | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | Cyclohexylamine when treated with nitrous acid yields $(\mathrm{P})$. On treating $(\mathrm{P})$ with $\mathrm{PCC}$ results in (Q). When $(\mathrm{Q})$ is heated with dil. $\mathrm{NaOH}$ we get $(\mathrm{R})$ The final product (R) is : | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldpjrzb7/94a44708-fe4e-4b6e-92c2-99a85b7f5704/5db25d30-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjrzb8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldpjrzb7/94a44708-fe4e-4b6e-92c2-99a85b7f5704/5db25d30-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjrzb8.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 - Aldehydes, Ketones and Carboxylic Acids Question 59 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldpjqcw5/5e078d55-3929-4e4f-a1ca-090350503c92/3091ef50-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjqcw6.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldpjqcw5/5e078d55-3929-4e4f-a1ca-090350503c92/3091ef50-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjqcw6.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 - Aldehydes, Ketones and Carboxylic Acids Question 59 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldpjscw2/5ca22c80-cde6-438a-92b2-75393edd8c44/682fc220-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjscw3.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldpjscw2/5ca22c80-cde6-438a-92b2-75393edd8c44/682fc220-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjscw3.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 - Aldehydes, Ketones and Carboxylic Acids Question 59 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldpjrk5y/21fbbeed-7256-40b4-bc1e-38ef4fa9412e/51ff3760-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjrk5z.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldpjrk5y/21fbbeed-7256-40b4-bc1e-38ef4fa9412e/51ff3760-a451-11ed-a0a4-033f5e2bfec9/file-1ldpjrk5z.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 - Aldehydes, Ketones and Carboxylic Acids Question 59 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lfq7ek2a/e08f19de-f0eb-4390-bac5-01b9faed810e/32419810-cc46-11ed-b01b-97614e626e94/file-1lfq7ek2b.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lfq7ek2a/e08f19de-f0eb-4390-bac5-01b9faed810e/32419810-cc46-11ed-b01b-97614e626e94/file-1lfq7ek2b.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2023 (Online) 31st January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 59 English Explanation"> | mcq | jee-main-2023-online-31st-january-evening-shift | 280 |
1ldr59h3z | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | <p>A trisubstituted compound '$$\mathrm{A}$$', $$\mathrm{C}_{10} \mathrm{H}_{12} \mathrm{O}_{2}$$ gives neutral $$\mathrm{FeCl}_{3}$$ test positive. Treatment of compound 'A' with $$\mathrm{NaOH}$$ and $$\mathrm{CH}_{3} \mathrm{Br}$$ gives $$\mathrm{C}_{11} \mathrm{H}_{14} \mathrm{O}_{2}$$, with hydroiodic acid gives methyl iodide and with hot conc. $$\mathrm{NaOH}$$ gives a compound $$\mathrm{B}, \mathrm{C}_{10} \mathrm{H}_{12} \mathrm{O}_{2}$$. Compound 'A' also decolorises alkaline $$\mathrm{KMnO}_{4}$$. The number of $$\pi$$ bond/s present in the compound '$$\mathrm{A}$$' is _____________.</p> | [] | null | 4 | <p>$$\mathrm{A:C_{10}H_{12}O_2}$$</p>
<p>DU of A $$=\frac{22-12}{2}=5$$</p>
<p>1 DU is due to Ring (Benzene ring)</p>
<p>4 $$\pi$$-bonds will be there</p>
<p>(3 $$\pi$$-bonds in ring and 1 $$\pi$$-bond outside ring) as it decolorises alkaline KMnO$$_4$$.</p> | integer | jee-main-2023-online-30th-january-morning-shift | 281 |
lsbm0609 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | Identify $A$ and $B$ in the following sequence of reaction
<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/6y3zli1lsbnsow4/0694f837-a3e5-44f4-a87b-c0c7df0d1b1b/5b90dc40-c5a5-11ee-b548-b72f0a3d41f6/file-6y3zli1lsbnsow5.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsbnsow4/0694f837-a3e5-44f4-a87b-c0c7df0d1b1b/5b90dc40-c5a5-11ee-b548-b72f0a3d41f6/file-6y3zli1lsbnsow5.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 1st February Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 30 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsbnslxf/2a03c961-baf0-4784-ac82-a1010c702d1b/5946c530-c5a5-11ee-b548-b72f0a3d41f6/file-6y3zli1lsbnslxg.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsbnslxf/2a03c961-baf0-4784-ac82-a1010c702d1b/5946c530-c5a5-11ee-b548-b72f0a3d41f6/file-6y3zli1lsbnslxg.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 1st February Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 30 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsbnsj27/befffbb4-8d90-42e3-be21-7fdeb4f8fcaf/570fc0f0-c5a5-11ee-b548-b72f0a3d41f6/file-6y3zli1lsbnsj28.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsbnsj27/befffbb4-8d90-42e3-be21-7fdeb4f8fcaf/570fc0f0-c5a5-11ee-b548-b72f0a3d41f6/file-6y3zli1lsbnsj28.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 1st February Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 30 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsbnsg67/cb80a7a2-609b-4318-aa5a-029bac3e0fed/54d476f0-c5a5-11ee-b548-b72f0a3d41f6/file-6y3zli1lsbnsg68.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsbnsg67/cb80a7a2-609b-4318-aa5a-029bac3e0fed/54d476f0-c5a5-11ee-b548-b72f0a3d41f6/file-6y3zli1lsbnsg68.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 1st February Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 30 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsf741lj/d288d922-0654-41b6-b647-d28eef621dd6/3eaf0270-c797-11ee-95a1-79ed59577159/file-6y3zli1lsf741lk.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lsf741lj/d288d922-0654-41b6-b647-d28eef621dd6/3eaf0270-c797-11ee-95a1-79ed59577159/file-6y3zli1lsf741lk.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 1st February Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 30 English Explanation"> | mcq | jee-main-2024-online-1st-february-morning-shift | 282 |
jaoe38c1lsd8t5ji | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | <p>Identify major product 'P' formed in the following reaction.</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lse4honu/13c9c96e-e455-4b6a-b90a-b781717f620b/35fb67a0-c700-11ee-be30-496b1c29fc5a/file-6y3zli1lse4honv.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lse4honu/13c9c96e-e455-4b6a-b90a-b781717f620b/35fb67a0-c700-11ee-be30-496b1c29fc5a/file-6y3zli1lse4honv.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 31st January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 26 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lse4hl1d/22497c0a-708c-4c68-9cf6-c443c20b5cfb/332eb310-c700-11ee-be30-496b1c29fc5a/file-6y3zli1lse4hl1e.png?format=png\" 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31st January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 26 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lse4hdrc/7cbd8d04-6381-44a4-951a-4c442edf6559/2d8f5680-c700-11ee-be30-496b1c29fc5a/file-6y3zli1lse4hdrd.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lse4hdrc/7cbd8d04-6381-44a4-951a-4c442edf6559/2d8f5680-c700-11ee-be30-496b1c29fc5a/file-6y3zli1lse4hdrd.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 31st January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 26 English Option 4\">"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lskml2vd/dbf64174-634f-411e-b2dd-bade6e6ca9a0/ac9b82a0-ca93-11ee-9a3e-d72ae7e965b7/file-6y3zli1lskml2ve.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lskml2vd/dbf64174-634f-411e-b2dd-bade6e6ca9a0/ac9b82a0-ca93-11ee-9a3e-d72ae7e965b7/file-6y3zli1lskml2ve.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 31st January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 26 English Explanation"></p> | mcq | jee-main-2024-online-31st-january-evening-shift | 283 |
jaoe38c1lsfmuccv | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation-methods-for-both-aldehydes-and-ketones | <p>Identify the reagents used for the following conversion</p>
<p><img 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| [{"identifier": "A", "content": "$$\\mathrm{A}=\\mathrm{LiAlH}_4, \\mathrm{~B}=\\mathrm{NaOH}_{(\\mathrm{aq})}, \\mathrm{C}=\\mathrm{NH}_2-\\mathrm{NH}_2 / \\mathrm{KOH} \\text {, ethylene glycol }$$"}, {"identifier": "B", "content": "$$\\mathrm{A}=\\mathrm{DIBAL}-\\mathrm{H}, \\mathrm{B}=\\mathrm{NaOH}_{(\\mathrm{aq})}, \\mathrm{C}=\\mathrm{NH}_2-\\mathrm{NH}_2 / \\mathrm{KOH} \\text {, ethylene glycol }$$"}, {"identifier": "C", "content": "$$\\mathrm{A}=\\mathrm{LiAlH}_4, \\mathrm{~B}=\\mathrm{NaOH}_{(\\mathrm{alc})}, \\mathrm{C}=\\mathrm{Zn} / \\mathrm{HCl}$$"}, {"identifier": "D", "content": "$$\\mathrm{A}=\\mathrm{DIBAL}-\\mathrm{H}, \\mathrm{B}=\\mathrm{NaOH}_{(\\mathrm{alc})}, \\mathrm{C}=\\mathrm{Zn} / \\mathrm{HCl}$$"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsr80777/4aa1ed46-45ca-44b8-9c03-7184c36e4224/24b24c30-ce34-11ee-9412-cd4f9c6f2c40/file-6y3zli1lsr80778.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lsr80777/4aa1ed46-45ca-44b8-9c03-7184c36e4224/24b24c30-ce34-11ee-9412-cd4f9c6f2c40/file-6y3zli1lsr80778.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 29th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 22 English Explanation"> | mcq | jee-main-2024-online-29th-january-evening-shift | 284 |
NlmQEZ2gcMEGlcIR | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <img 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"/> | [{"identifier": "A", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265505/exam_images/kbtq6hhiagivlm14jguf.webp\" loading=\"lazy\" alt=\"AIEEE 2002 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 200 English Option 1\"> "}, {"identifier": "B", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265007/exam_images/qzjt5txggcmpuwtckyfy.webp\" loading=\"lazy\" alt=\"AIEEE 2002 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 200 English Option 2\"> "}, {"identifier": "C", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265006/exam_images/k22nbreg8pwpfysm2fxe.webp\" loading=\"lazy\" alt=\"AIEEE 2002 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 200 English Option 3\"> "}, {"identifier": "D", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263528/exam_images/q1torpzlmckdtjkbfqik.webp\" loading=\"lazy\" alt=\"AIEEE 2002 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 200 English Option 4\"> "}] | ["B"] | null | Aldehydic group gets oxidised to carboxylic group. Double bond breaks and carbon gets oxidised to carboxylic group. | mcq | aieee-2002 | 286 |
Fj818kvbOR5hAYoU | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | $$p$$-cresol reacts with chloroform in alkaline medium to give the compound A which adds hydrogen cyanide to form, the compound $$B.$$ The latter on acidic hydrolysis gives chiral carboxylic acid. The structure of the carboxylic acid is : | [{"identifier": "A", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263663/exam_images/vtp0jzzxudvbeyoltsci.webp\" loading=\"lazy\" alt=\"AIEEE 2005 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 202 English Option 1\"> "}, {"identifier": "B", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265087/exam_images/aakgfnvxauk3mgpxs50o.webp\" loading=\"lazy\" alt=\"AIEEE 2005 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 202 English Option 2\"> "}, {"identifier": "C", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265352/exam_images/h6eqvmkw5meksedk2nxc.webp\" loading=\"lazy\" alt=\"AIEEE 2005 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 202 English Option 3\"> "}, {"identifier": "D", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266755/exam_images/vzwhe2o3wt39fvezb2zo.webp\" loading=\"lazy\" alt=\"AIEEE 2005 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 202 English Option 4\"> "}] | ["C"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267622/exam_images/pjrdg4otcmufuvrvwnn7.webp" loading="lazy" alt="AIEEE 2005 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 202 English Explanation"> | mcq | aieee-2005 | 288 |
nC22YhKf7hcC3dB2 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | The correct order of increasing acid strength of the compounds
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src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "$$D < A < B < C$$ "}, {"identifier": "B", "content": "$$A < D < B < C$$ "}, {"identifier": "C", "content": "$$B < D < A < C$$ "}, {"identifier": "D", "content": "$$D < A < C < B$$ "}] | ["A"] | null | The correct order of increasing acid strength
<br><br>$$C{F_3}.COOH > MeOC{H_2}COOH > C{H_3}COOH > {(Me)_2}CH.COOH$$
<br><br>[<b>NOTE :</b> Electron withdrawing groups increase the acid strength and electron donating groups decrease the acid strength.] | mcq | aieee-2006 | 289 |
1GwY3CoPZQJCcxz1 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | The compound formed as a result of oxidation of ethyl benzene by KMnO<sub>4 </sub> is : | [{"identifier": "A", "content": "benzophenone"}, {"identifier": "B", "content": "acetophenone"}, {"identifier": "C", "content": "benzoic acid"}, {"identifier": "D", "content": "benzyl alcohol "}] | ["C"] | null | When alkyl benzene are oxidised with alkaline $$KMn{O_4},$$ (strong oxidising agent) the entire alkyl group is oxidised to $$-COOH$$ group regardless of length of side chain.
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266100/exam_images/hbbsvkgp9opyjckrrusv.webp" loading="lazy" alt="AIEEE 2007 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 223 English Explanation"> | mcq | aieee-2007 | 290 |
06w76bwLAiXnjlNr | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | A liquid was mixed with ethanol and a drop of concentrated H<sub>2</sub>SO<sub>4</sub> was added. A compound with a
fruity smell was formed. The liquid was : | [{"identifier": "A", "content": "CH<sub>3</sub>OH "}, {"identifier": "B", "content": "HCHO"}, {"identifier": "C", "content": "CH<sub>3</sub>CO CH<sub>3</sub>"}, {"identifier": "D", "content": "CH<sub>3</sub>COOH"}] | ["D"] | null | Fruity smell is due to ester formation which is formed between ethanol and acid.
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267248/exam_images/vr8lzm5and5cxbrmysuj.webp" loading="lazy" alt="AIEEE 2009 Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 213 English Explanation"> | mcq | aieee-2009 | 291 |
PhzccezPKqRZCJfO | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | Sodium phenoxide when heated with $$C{O_2}$$ under pressure at $${125^ \circ }C$$ yields a product which on acetylation products $$C.$$
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src="data:image/png;base64,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"/>
<br/><br/>The major product $$C$$ would be | [{"identifier": "A", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264411/exam_images/mwibxdytfpz2nxkume31.webp\" loading=\"lazy\" alt=\"JEE Main 2014 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 201 English Option 1\"> "}, {"identifier": "B", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266543/exam_images/jtwgjkiquuh6xoojgn12.webp\" loading=\"lazy\" alt=\"JEE Main 2014 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 201 English Option 2\"> "}, {"identifier": "C", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265760/exam_images/i4gsuymz9ave6bxazyxa.webp\" loading=\"lazy\" alt=\"JEE Main 2014 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 201 English Option 3\"> "}, {"identifier": "D", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264824/exam_images/molbesfto6sxi9581cs7.webp\" loading=\"lazy\" alt=\"JEE Main 2014 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 201 English Option 4\"> "}] | ["A"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267789/exam_images/uccvuif777keqgayasmw.webp" loading="lazy" alt="JEE Main 2014 (Offline) Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 201 English Explanation"> | mcq | jee-main-2014-offline | 292 |
FSQO9UFhWauy0b6woHr5D | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | The increasing order of the acidity of the following carboxylic acids is :
<br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "I < III < II < IV"}, {"identifier": "B", "content": "IV < II < III < I"}, {"identifier": "C", "content": "II < IV < III < I"}, {"identifier": "D", "content": "III < II < IV < I"}] | ["D"] | null | Electron withdrawing groups like $$-$$Cl, $$-$$CN, $$-$$NO<sub>2</sub> increases the acidity of substituted benzoic acids, whereas electron releasing groups like $$-$$CH<sub>3</sub>, $$-$$OH, $$-$$OCH<sub>3</sub>, $$-$$NH<sub>2</sub> decreases the acidity.
<br><br>Among $$-$$NO<sub>2</sub> and $$-$$Cl, $$-$$NO<sub>2</sub><sub></sub> has stronger $$-$$ I effect than that of $$-$$ Cl.
<br><br>So the correct order will be,
<br><br>(III) < (II) < (IV) < (I) | mcq | jee-main-2018-online-15th-april-evening-slot | 293 |
jeTZQRV6Xm4agn9NCR5EG | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | Which dicarboxylic acid in presence of a dehydrating agent is least reactive to give an anhydride? | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265409/exam_images/asv1sscjiy01gtqpch4o.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 182 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264112/exam_images/ykjtwrb98tqrvu9rmwln.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 182 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266833/exam_images/n3tcltjavyvbmy3rv3cx.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 182 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265898/exam_images/dgpqceye4r1veg362xov.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 182 English Option 4\">"}] | ["A"] | null | Adipic acid CO<sub>2</sub>H $$-$$ (CH<sub>2</sub>)<sub>4</sub> $$-$$ CO<sub>2</sub>H $$\mathrel{\mathop{\kern0pt\longrightarrow}
\limits_{agent}^{dehydrating}} $$
<br>7 membered cyclic anhydride (Very unstable) | mcq | jee-main-2019-online-10th-january-morning-slot | 294 |
3FhyASumD2FvSr3ZT9WmB | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | The decreasing order of ease of alkaline hydrolysis for the following esters in
<br/><br/><img 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AwPjEE+YjrtuE9s6IP3t0VtoT6Kc5moI3UBt09cDr/WGCpLQVn3PrqSc5PkNIvF9Sw9OL1RDbmNxyRnLzq2WSfGoo7YZQ/8783kSQg9XV6k+NDbAenZsXPe+hiUGO/jPxy7jTh7Nd41BOe79P5MqONAaifM76E0rSXf7R0D8yupjaHzM5yAspoYqV2Ni3pQrHlFErOZMNgNQwRC2RTQfG4lTatJLxJ662EpNP5xiL6s7t5bgNgoISYaeDPgysE0BE8vQVM4e1FUT0fJBmcjMH+naoFA3ngrvByMIJPF7QeDaRB3jixR482pqxoYKBJ46kUSpBzyIAop5TuShFYxeKxbzheSYIze/T3FQrGx0yDvyqmDz3RdVwMXPKABGMAAAAAAAAGqrVaTNHxuzyvghkyBqz9DwA0x4w9d4jpAlgKmHkrU6EjeN7LTnVsPMkGGsfgi56dmccvxc3qf1YwfpUAGHp4PBprfBRpGaiHZXC2D4D4iAHcy4JtyqjBOCfPJHCLgJHboWojVJVhKqm4rj9sVnB2du+cMsD0VPZbM3FJKYsz2kEkhrp2f7b/dELYVJZjVEoPYj89WOYTJ/5ZcAf1qvZuDMciHdQ6bywBSedTT4ninUfkWICDSf3CC6esaHDEgRKuDUFwU+c9TpLJ/8YHzs+/0yi2PxPpxuuLEU4/PE+DS97GGX1EjNLXScm6DDZgAXW97LzJo1t3sKSWjJn87I7PMvezlma9g/Q3sVRQd0fhVl0zZnM9+ijz+ibBFpWJq3B+zXp/JOXhc+sHdGBS74tOj2bJkAk/4eenpbEESDNv3K4kKpPwxlgfK99KnHmwR8nfJ2y8/q1NN3+1/ZZm3NLatRxTsTNo+QiSwlwHNXPK41ZpsriCXz9Psjf3a7Sey8Bm6MegQe1AEXPRzszjOWUjtrsaNXrtzbFyQiNZHlZ6g1p5fmJHcpizdFsdO9aKzDph6kqmTtz8Qpvakf+CfOlugPYUcA2DOSQXnFZ1AxJTgP7gltWa0jRKN9UFV/WiS+hdjDRKcxATXYPW66eJoinHRIi0+Xk5vGVu6mT9GFmhfLgQPxnodVfzBOQ+w1nBQmhsWDdKp6UEbGEDZxbxhuJ603KoZ0zcGc+rS+6Yjcm2V0oX8QlQVPDGu47lXPWhDpZTVK1NCv+N71yyyiuBPtRQt0WkrLXSUjJItjdaex4r17qJgR+0lUusVocMQNii708pYDvsEYXtKxJccX8KhQ7S67fUMFCnRBmpjEODi/MmyKyrG8CNPkat6vx0/l0Lmd8N6T1qG67tvmCwZawLYQOSztoRHU/g0Cnhwmf8MJk35xWi9OX6uWMAmYXkH/f7JGIJZ9sH9GDmXN4Qco/r02tnWDeyLfcEieJEZfCpRESabLT5YEhC9ITHuYt+TbcOTgPrOWN5IEexLLB5Xovez6wJ0bGMf7WBbj98hx6x4/vxIqRhiWaIxX4IthmR9aHkpCec6MciFTb4iTxJCaKl4xmtmSnCcq8uqkra/1eSuZRWXF4mNPQNn168/RbjPdiVEXotD/GiTDhdYD+ew9o0yXBad8wTUknS/M3d4BOUKn6Yo5TPJteO8kJFW2q3+/LXU0W4h7T4xB+M+nMRpT8nLImBkTdTse7vkiG7sgb/ueHTJ3Fu4CdKw858HXs6L0bWi51mMGCgEJ/39H4zwmoz4+4fSji1qfnDl9gKThBM7ZRAwmJ4aC3bQmPqWQCTU1iiO0mkRM+lbIYyWorwtFdwEY3wTpTY6h078g+Ynm5jWoJKsWNhJGl2AjWy3iMROmcJGfGwaZ6hqEuZ+8rjYLZSqHc6tKw/1vXA1mOLL7XC87qhe6pZi9AnXMM3GzRcChiZOH+MfI1o5J1v9Bx3Y5X1vM4kwd0yZiT+XpPBjVaRwuOEed5cMhIR0RRkvrcrfHXquAEDYUzZas9mnR0W3l4tSa75+eoxVIALp/wq0SLF9SH2HmNcNkioAcFicAAAAAAAAAAAX7neyFhOewKzKMBJggHDY/fxOmXAvXgQzPwfrZRyk00ER+yvhjGcuO4vGFsQb1Bek0dwz/nb+BxuPLNpaR1uc7W7DxLoq0AAW/nXx6kKIQFKK82vO7eSPYgmyx8tkUtxt3Dn8J9hdAoZ47+mbWX1T4uEjjyEFwvoZsWsDJcCCFIGxdi1Jd+VhSrJtj+jgvIYnmRHEzrgnAp/dI/AkCFIAIPpsxu38Bi1iaCVhYjaS88eAaSxD8jxOewlYPoHKLD3QaIqTkAW+GQTPfWyK+AHd4T/brdBB78Jj1db8GUbJXW5Fb6OE64qYF+zwA88vgKr9oDGXWG782rj5aluxPk0eEITKS6pVWrDV+Q3TvA2lt1arBuuWR1TT1tXRVGBYYo3RY2GI9AV+WPFD3L4cKpiLaQCTp8XNJjTVaxpIhid3RCD28R18MFII8/Ib2vQN5k6AppT3uGSozEbEE+vRL+pCZEwTQc4PhuHoU6QjAInkdsw071vxIO+Oe/As5KTHncmpUkN1GEoDlAeUdc8SyPNu+cWYsw3wcjcPMugPm1a4LBKZqq6qZILfZiQ9FRUHYxpvXsKJLLCsSe2zrMNLU+e7Nqv9y2dQU4S0txsz07E5dsj8cQgrsYItZEQXltTFk/bRf0sbkJ3YB9U9UhNGPBR3VbwRlwgi+ioo/s01b3rXJUfImRA2BWEm67QfDWdfQ6+CoVHTqMkAD5hNJ7HUm6rhzP6MroZ1AqduM3FJtF36YN2D4x9tgPCKeYzTaltBNtkyWcOIKQSD7LXUwYCaroCmRzWBY4kfat7NR4ob/SE8HJKehxsUDOceomVgwALixXXI8b3SPwJT+yi+SYUhBQnjV++LTPRxqYJli26gz3yhdBanbB09wVICoLFLuMdBvJrRT8HavEfbZoNh7qAJyoVL1fP0rumt98Vce7atm7MVcQzZd4gGtPPBlkn0vQq2sR/GRGotSLZnMDcREtLkPs39+RDTsO8B3QCdgraNeVYR/nBRcrm4/JBFNkwJ7ZuF6atlz/tunVW6YyjCoIGNRniIe6ZUMLE9dC7HnT8Y7sDv72EhIH3tu7kDyTe+7IzvH5qK+4N2a9knsioaeZaa+zTSNnotg4jgFsFnSB/MHEtj4BfQprVmIAXFslsSAhDJDHqpH9M+cG/YdTC8/m2To2KrcJYdxjVWtE4CxZ93sKwx5yXF7fl128p+6NPPEHH6SmBX4B7ZnbAXVyAkjGiiqZAVbJ/+/YBOwPTX0lDvhDq+gzllbmIvO2WHdRsZbrAYeenV/0XWFh4Dm5p0P9cxQEUKlTIEWsoBoMCIhAOG+VqlIuHDNy79mcsHpqveyewxtN0ogjnwklSb/rO4iFz0tTsc7M0Ox4ZP0AMGPbJJiAAyj7SYnFHiD7FzJiCfp/eXO8uPClTi5CV44UnxIcqtOSigZyf4NtPogGLKlijbuIJwFktb8vVnpH1HKO4N0uay6B/B/JHy4xGVGLU+FY57Vbr8sC86pCT+q2OZXj+uhLMoYvRd4EXVNzZk/gPhz2GOsH044GRu+ddTghqhCEkm0diAfP7c7KoAu5WoPJfmiM1rohO0uMXeMDi9o7aDFnxArVDCZGU95L2F9pLwoOiwC0DLWQAufz0Bby32YS/AzLgOTV/YO37fQdTomfW4tW7XIXSruktZcbB4kLisAAA="/> | [{"identifier": "A", "content": "III > II > IV > I"}, {"identifier": "B", "content": "IV > II > III > I"}, {"identifier": "C", "content": "III > II > I > IV"}, {"identifier": "D", "content": "II > III > I > IV"}] | ["C"] | null | More is the electrophilic character of carbonyl group of ester faster is the alkaline hydrolysis.
<br><br> Since –I effect groups increase the electrophilic nature
of carboxyl carbon whereas +I effect groups decrease the
electrophilic nature of carboxyl carbon. Therefore, the correct
decreasing order is III > II > I > IV. | mcq | jee-main-2019-online-10th-january-morning-slot | 295 |
Fi0NSLEwv4UqRlhrLC9vz | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | The major product of the following reaction is :
<img 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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263895/exam_images/ezmkjisy2ejd6dacosyr.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 166 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263558/exam_images/ftrsnfywakzmhgukjy1o.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 166 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267439/exam_images/ymgdlcz3ltrw534a1dpk.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 166 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263413/exam_images/r9thkzkkt4brx1mkgyyp.webp\" style=\"max-width: 100%; height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 166 English Option 4\">"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264093/exam_images/delk4uv21axljmp09dzz.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263865/exam_images/dsgo5hnkmrkasd9nfj5w.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265425/exam_images/kltdfojjimuvpv5h4aga.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 9th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 166 English Explanation"></picture> | mcq | jee-main-2019-online-9th-april-morning-slot | 296 |
oWjIID3Xb9YayXDx2OlT5 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | The major product of the following reaction is:
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265650/exam_images/dv6hhjdlwivse0nkhlho.webp"/><img src="data:image/png;base64,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"/></picture> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264723/exam_images/gi6v9xz6nzp4bkosodcv.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 164 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263680/exam_images/upc8fl6binse1lgrwhnr.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 164 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266429/exam_images/m2actrlqbqaqfkuc3vap.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 164 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263912/exam_images/ybbcx0mdsmeaghpnzp1y.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 9th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 164 English Option 4\">"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267316/exam_images/qm8mptbqa8ykdcagcszo.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263863/exam_images/whsc13kuovjymiaponin.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266476/exam_images/kfn9div2epmgs8hefs4w.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266723/exam_images/eyhgjh6pokbtqeo4zeqn.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 9th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 164 English Explanation"></picture> | mcq | jee-main-2019-online-9th-april-evening-slot | 297 |
kwz0GxknPIlib60yL93rsa0w2w9jx4ywsgc | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | The major products of the following reaction are :
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263275/exam_images/uhc19veqyvppuf13naso.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/v1734266677/exam_images/jz1mrenp8ya6pry68dzx.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264169/exam_images/sgng5nzbxttgbeji9ssz.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 159 English Option 1\"></picture>"}, {"identifier": "B", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265419/exam_images/goefp1x1o7rrdgsayu5o.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263457/exam_images/rq69eyii7pfyww3wbk5n.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 159 English Option 2\"></picture>"}, {"identifier": "C", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266221/exam_images/xcbt3lxefa7bdbsunzi2.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266776/exam_images/g37lxmu42scsg0i4gi1n.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 159 English Option 3\"></picture>"}, {"identifier": "D", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264317/exam_images/atc7p7xy1pwlyx87qrtv.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267361/exam_images/qfydfr8nwtjzmjvtscpq.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 12th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 159 English Option 4\"></picture>"}] | ["D"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263684/exam_images/gaejggzsdtcbqqvxjv11.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264391/exam_images/fcai2rylmtzq3voz5pap.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 12th April Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 159 English Explanation"></picture> | mcq | jee-main-2019-online-12th-april-morning-slot | 298 |
S6A7sBEKmpWziZ1aDBjgy2xukf9jphc2 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | [P] on treatment with Br<sub>2</sub>/FeBr<sub>3</sub> in CCl<sub>4</sub>
produced a single isomer C<sub>8</sub>H<sub>7</sub>O<sub>2</sub>Br while
heating [P] with sodalime gave toluene. The
compound [P] is | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263763/exam_images/rprfyvbdaszd3tpc5qbc.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 142 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266249/exam_images/n3cdaf4ebelz3tnbpmoi.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 142 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265621/exam_images/htmhos9twxaolx8d53qv.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 142 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267080/exam_images/ccfnumqkemr1arjp3vg6.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 142 English Option 4\">"}] | ["C"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267005/exam_images/pcnrc6gxinehuyyb2jbm.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 142 English Explanation"> | mcq | jee-main-2020-online-4th-september-morning-slot | 299 |
rLSq4IbILYbih6f7bdjgy2xukfja9mmt | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | Which of the following derivatives of alcohols
is unstable in an aqueous base?<sub></sub> | [{"identifier": "A", "content": "RO\u2014CMe3"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264507/exam_images/wimbyp04gpnsm7e6xskt.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 5th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 138 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267780/exam_images/dlvo6egczesg4zeqdvug.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 5th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 138 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265004/exam_images/gyf3ddnufxl1elbist81.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 5th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 138 English Option 4\">"}] | ["B"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267509/exam_images/x8byypp3qi6ju3qjagta.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 5th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 138 English Explanation">
<br>So, Ester is unstable in an aqueous basic
solution and undergoes hydrolysis to give
alcohol and carboxylate. | mcq | jee-main-2020-online-5th-september-morning-slot | 301 |
OSoxAYNkwTufwJ8RDXjgy2xukfi6yssv | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | In the following reaction sequence the major
products A and B are :
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266709/exam_images/g3moozyzoxp0b6d99oy4.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 5th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 140 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263354/exam_images/dfwowa8iycbwkusn68xg.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 5th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 140 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265523/exam_images/fkh6txe64wvmnobgxodw.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 5th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 140 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264166/exam_images/bc8l3qnzsqbryvxyaqvh.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 5th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 140 English Option 4\">"}] | ["D"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265220/exam_images/kwcvjsa9b5kls1hdeuyn.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 5th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 140 English Explanation"> | mcq | jee-main-2020-online-5th-september-morning-slot | 302 |
4zEo0ZATAyymB5firmjgy2xukf2c0vub | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | An organic compound [A], molecular formula C<sub>10</sub>H<sub>20</sub>O<sub>2</sub>
was hydrolyzed with dilute sulphuric acid to
give a carboxylic acid [B] and an alcohol [C]. Oxidation of [C] with<br/> CrO<sub>3</sub>
- H<sub>2</sub>SO<sub>4</sub>
produced [B].
Which of the following strucutres are not possible for [A]? | [{"identifier": "A", "content": "(CH<sub>3</sub>)<sub>3</sub> \u2013 C \u2013 COOCH<sub>2</sub>C(CH<sub>3</sub>)<sub>3</sub>"}, {"identifier": "B", "content": "CH<sub>3</sub>CH<sub>2</sub>CH<sub>2</sub>COOCH<sub>2</sub>CH<sub>2</sub>CH<sub>2</sub>CH<sub>3</sub>"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266370/exam_images/kl6ix8upnmp81j4bzru2.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 3rd September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 147 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266802/exam_images/yrgjkvmwy7vh4y2ezro4.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 3rd September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 147 English Option 4\">"}] | null | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267269/exam_images/k3nrmxnmxculhswg7xpj.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 3rd September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 147 English Explanation">
<br><br>Also molecular formula of option (B) does not
matches with organic compound [A]. | mcqm | jee-main-2020-online-3rd-september-morning-slot | 304 |
qJdK6tBENm7DYYOBru7k9k2k5hl4ps6 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | An unsaturated hydrocarbon X absorbs two
hydrogen molecules on catalytic hydrogenation and also gives following reaction :
<img src="data:image/png;base64,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"/>
B(3 - oxo - hexanedicarboxylic acid) X will be :- | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264390/exam_images/gfbkdg1c6pfczs4yrilj.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 8th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 154 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266962/exam_images/bok0drd0fguxhyi1tfk2.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 8th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 154 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265150/exam_images/jo4umzbtkbq7xxapspl3.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 8th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 154 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264402/exam_images/rwfngrg3urbiy6bpbuof.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 8th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 154 English Option 4\">"}] | ["C"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264064/exam_images/ijmmdpnoty7g2rtcd3v0.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 8th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 154 English Explanation"> | mcq | jee-main-2020-online-8th-january-evening-slot | 306 |
IKQephxR5XovI3LTQx7k9k2k5dzri76 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | What is the product of following reaction ?
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266633/exam_images/dl5nmemcpcblqwaimwco.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 7th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 157 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263853/exam_images/rj5nmmejjiq6g2oe165a.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 7th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 157 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267279/exam_images/churt667hqbg0ytwgwka.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 7th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 157 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263703/exam_images/litbsnpdz9aolzssyn9y.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 7th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 157 English Option 4\">"}] | ["B"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267445/exam_images/nejempxjeytkdqzlao8j.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 7th January Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 157 English Explanation"> | mcq | jee-main-2020-online-7th-january-morning-slot | 308 |
Xq7Ozf7xq7zBduVTGI1kls8yopi | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | Compound(s) which will liberate carbon dioxide with sodium bicarbonate solution is/are :<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "C only"}, {"identifier": "B", "content": "B only "}, {"identifier": "C", "content": "B and C only"}, {"identifier": "D", "content": "A and B only"}] | ["C"] | null | The reactions of given compound with sodium bicarbonate
solution are as follows
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lkjmbix7/6e25429b-e9c1-4ca5-b369-794f16c82f05/1f3bfcc0-2ba4-11ee-b256-4beacb3197a0/file-6y3zli1lkjmbix8.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lkjmbix7/6e25429b-e9c1-4ca5-b369-794f16c82f05/1f3bfcc0-2ba4-11ee-b256-4beacb3197a0/file-6y3zli1lkjmbix8.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh; vertical-align: baseline;" alt="JEE Main 2021 (Online) 25th February Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 128 English Explanation 1">
<br>$$
\text { As } \mathrm{H}_2 \mathrm{CO}_3 \text { is weak acid it dissociate to liberate } \mathrm{CO}_2 \text { gas and } \mathrm{H}_2 \mathrm{O} \text {. }
$$
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lkjmdvic/37aa5295-512d-4632-9d72-320b87de5273/60934840-2ba4-11ee-b256-4beacb3197a0/file-6y3zli1lkjmdvid.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lkjmdvic/37aa5295-512d-4632-9d72-320b87de5273/60934840-2ba4-11ee-b256-4beacb3197a0/file-6y3zli1lkjmdvid.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh; vertical-align: baseline;" alt="JEE Main 2021 (Online) 25th February Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 128 English Explanation 2">
<br>Equilibrium favours forward direction and $\mathrm{CO}_2$ is liberated. In the above two reactions, $\mathrm{H}_2 \mathrm{CO}_3$ is comparatively weak acid.
<br><br>$\therefore \mathrm{CO}_2$ gas is liberated.
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lkjmfvsh/2b067814-2a05-454a-97f1-7ad78ffdea24/98694210-2ba4-11ee-b256-4beacb3197a0/file-6y3zli1lkjmfvsi.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lkjmfvsh/2b067814-2a05-454a-97f1-7ad78ffdea24/98694210-2ba4-11ee-b256-4beacb3197a0/file-6y3zli1lkjmfvsi.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh; vertical-align: baseline;" alt="JEE Main 2021 (Online) 25th February Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 128 English Explanation 3">
<br>Equilibrium favours backward direction and $\mathrm{CO}_2$ is not liberated.
<br><br>Thus, only $B$ and $C$ will liberate carbon dioxide with sodium bicarbonate solution. | mcq | jee-main-2021-online-25th-february-morning-slot | 309 |
Kb8TTVzKg6NPNtP2kA1kltcfnrc | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | The number of compound/s given below which contain/s -COOH group is __________. (Integer answer)<br/><br/>(A) Sulphanilic acid<br/><br/>(B) Picric acid<br/><br/>(C) Aspirin<br/><br/>(D) Ascorbic acid | [] | null | 1 | The structures of the given compounds are<br><br>
(A) Sulphanilic acid<br><br>
<img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266133/exam_images/n3gsaezku1mxp059k1um.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 127 English Explanation 1"><br>
(B) Picric acid<br><br>
<img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265155/exam_images/kupvxinoqyt9y5czh7wi.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 127 English Explanation 2"><br>
(C) Aspirin<br><br>
<img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264457/exam_images/wuw2efoe9hzkkm7jqgva.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 127 English Explanation 3"><br>
(D) Ascorbic Acid<br><br>
<img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266840/exam_images/rkqp1w5i1ywnbdyc5bf2.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 25th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 127 English Explanation 4"><br>$$ \therefore $$ Only 1 compound has –COOH group
| integer | jee-main-2021-online-25th-february-evening-slot | 310 |
tdOVFaxSAvnn60WEfP1kmiu0ncj | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <img src="data:image/png;base64,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"/><br/>In the above reaction, the reagent ''A'' is : | [{"identifier": "A", "content": "LiAlH<sub>4</sub>"}, {"identifier": "B", "content": "NaBH<sub>4</sub>, H<sub>3</sub>O<sup>+</sup>"}, {"identifier": "C", "content": "HCl, Zn $$-$$ Hg"}, {"identifier": "D", "content": "Alkaline KMnO<sub>4</sub>, H<sup>+</sup>"}] | ["D"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267480/exam_images/tsac4kamrevzqlouapmf.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 16th March Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 119 English Explanation"> | mcq | jee-main-2021-online-16th-march-evening-shift | 311 |
bFJDwTvAXvT4cuM0BN1kmlmkayu | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <img src="data:image/png;base64,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"/><br/>Consider the above chemical reaction and identify product "A" | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266358/exam_images/q9i37erytfrezseosrje.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 18th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 114 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266854/exam_images/qjkcju4pqmdgdqvo9lpx.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 18th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 114 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267744/exam_images/lvo1o1gevlkvuts9jque.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 18th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 114 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265161/exam_images/mqqcfdoitu0yj9vy1dio.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 18th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 114 English Option 4\">"}] | ["C"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266503/exam_images/mgxuxiogzq2lrcrgqzco.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263763/exam_images/izfrfd5c299gs0ipccy3.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264177/exam_images/dpdbrtbmrcmq4f27l1wv.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 18th March Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 114 English Explanation"></picture> | mcq | jee-main-2021-online-18th-march-morning-shift | 312 |
W1OjwkhCIbztxEtg5j1kmm1xqfy | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <img src="data:image/png;base64,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"/><br/>Consider the above reaction where 6.1 g of Benzoic acid is used to get 7.8 g of m-bromo benzoic acid. The percentage yield of the product is __________<br/><br/>(Round off to the Nearest Integer).<br/><br/>[Given : Atomic masses : C : 12.0 u, H : 1.0 u, O : 16.0 u, Br : 80.0 u] | [] | null | 78 | Moles of Benzoic acid = $${{6.1} \over {122}}$$ = moles of m-bromobenzoic acid<br><br>So, weight of m-bromobenzoic acid = $${{6.1} \over {122}}$$ $$\times$$ 201 gm<br><br>= 10.05 gm<br><br>% yield = $${{Actual\,weight} \over {Theoretical\,weight}} \times 100$$<br><br>$$ = {{7.8} \over {10.05}} \times 100$$ = 77.61% | integer | jee-main-2021-online-18th-march-evening-shift | 314 |
1krrje03i | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <img src="data:image/png;base64,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"/><br/>The correct order of their reactivity towards hydrolysis at room temperature is : | [{"identifier": "A", "content": "(A) > (B) > (C) > (D)"}, {"identifier": "B", "content": "(D) > (A) > (B) > (C)"}, {"identifier": "C", "content": "(D) > (B) > (A) > (C)"}, {"identifier": "D", "content": "(A) > (C) > (B) > (D)"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266222/exam_images/jprdhsnfyytrxpxhrbu0.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 20th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 108 English Explanation"> | mcq | jee-main-2021-online-20th-july-evening-shift | 315 |
1krut6bj9 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | Which one of the following compounds will liberate CO<sub>2</sub>, when treated with NaHCO<sub>3</sub> ? | [{"identifier": "A", "content": "$${(C{H_3})_3}\\mathop {NH}\\limits^ \\oplus \\mathop {Cl}\\limits^\\Theta $$"}, {"identifier": "B", "content": "$${(C{H_3})_4}\\mathop N\\limits^ \\oplus \\mathop O\\limits^\\Theta H$$"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267030/exam_images/unrezeduowxbe67eskz3.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 107 English Option 3\">"}, {"identifier": "D", "content": "$$C{H_3}N{H_2}$$"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266800/exam_images/tuxxdkxpblucgi2rzjm2.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266488/exam_images/g6mpokop4xm0wvbzbpqt.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263985/exam_images/fcfqbulhofdlhjjkvanr.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 25th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 107 English Explanation"></picture> | mcq | jee-main-2021-online-25th-july-morning-shift | 316 |
1kte9pt30 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | The structure of the starting compound P used in the reaction given below 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/v1734265778/exam_images/epj4swtrmzp0dwm0kpsj.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 100 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263268/exam_images/ihwgwl4msudtnri1qwid.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 100 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263842/exam_images/rhtn7mklh8px6akjxlnp.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 100 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263742/exam_images/migbnvqc9xqddnpfp2hn.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 27th August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 100 English Option 4\">"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267796/exam_images/h5trgged6pshuy4iryzd.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 27th August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 100 English Explanation"><br>NaOCl is used in haloform reaction as reagent. | mcq | jee-main-2021-online-27th-august-morning-shift | 319 |
1ktfrnvnw | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | Given below are two statements :<br/><br/>Statement I : Ethyl pent-4-yn-oate on reaction with CH<sub>3</sub>MgBr gives a 3$$^\circ$$-alcohol.<br/><br/>Statement II : In this reaction one mole of ethyl pent-4-yn-oate utilizes two moles of CH<sub>3</sub>MgBr.<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 false."}, {"identifier": "B", "content": "Statement I is false but Statement II is true."}, {"identifier": "C", "content": "Statement I is true but Statement II is false."}, {"identifier": "D", "content": "Both Statement I and Statement II are true."}] | ["C"] | null | Statement I is true<br><br>But it consume 3 moles of CH<sub>3</sub>MgBr.<br><br>So Statement II is false.<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lkjltzp1/d7bc5152-d3d1-48af-9eb1-0252747747b1/37a01b40-2ba2-11ee-b256-4beacb3197a0/file-6y3zli1lkjltzp2.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lkjltzp1/d7bc5152-d3d1-48af-9eb1-0252747747b1/37a01b40-2ba2-11ee-b256-4beacb3197a0/file-6y3zli1lkjltzp2.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh; vertical-align: baseline;" alt="JEE Main 2021 (Online) 27th August Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 99 English Explanation"> | mcq | jee-main-2021-online-27th-august-evening-shift | 320 |
1ktfs3rzv | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | Which one of the following reactions will not yield propionic acid? | [{"identifier": "A", "content": "CH<sub>3</sub>CH<sub>2</sub>COCH<sub>3</sub> + OI<sup>$$-$$</sup>/H<sub>3</sub>O<sup>+</sup>"}, {"identifier": "B", "content": "CH<sub>3</sub>CH<sub>2</sub>CH<sub>3</sub> + KMnO<sub>4</sub>(Heat), OH<sup>$$-$$</sup>/H<sub>3</sub>O<sup>+</sup>"}, {"identifier": "C", "content": "CH<sub>3</sub>CH<sub>2</sub>CCl<sub>3</sub> + OH<sup>$$-$$</sup>/H<sub>3</sub>O<sup>+</sup>"}, {"identifier": "D", "content": "CH<sub>3</sub>CH<sub>2</sub>CH<sub>2</sub>Br + Mg, CO<sub>2</sub> dry ether/H<sub>3</sub>O<sup>+</sup>"}] | ["D"] | null | All gives propanoic acid as product but option (d) gives butanoic as product<br><br><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264261/exam_images/umrm8mjbn9mw5yctxox5.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 27th August Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 98 English Explanation"> | mcq | jee-main-2021-online-27th-august-evening-shift | 321 |
1ktif6res | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | The structure of product C, formed by the following sequence of reactions 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/v1734267381/exam_images/cksxwegylolcxfvux6zt.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 31st August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 97 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265750/exam_images/bsbbius3azcrbbeeaiuu.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 31st August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 97 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263479/exam_images/e78lur15keimenohmd8a.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 31st August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 97 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263779/exam_images/a44ddqyyyubk7j79tvge.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 31st August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 97 English Option 4\">"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263922/exam_images/tnlkfpp8e8eariwyvfkj.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 31st August Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 97 English Explanation"> | mcq | jee-main-2021-online-31st-august-morning-shift | 322 |
1ktn0aq3n | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | In the following sequence of reactions a compound A, (molecular formula C<sub>6</sub>H<sub>12</sub>O<sub>2</sub>) with a straight chain structure gives a C<sub>4</sub> carboxylic acid. A is :<br/><br/>
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "$$C{H_3} - C{H_2} - COO - C{H_2} - C{H_2} - C{H_3}$$"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1kwlzmw72/92a3f97f-b448-4ae9-b178-a22289f68b48/9245a9e0-51cc-11ec-be54-a1f0ca310b48/file-1kwlzmw73.jpeg?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1kwlzmw72/92a3f97f-b448-4ae9-b178-a22289f68b48/9245a9e0-51cc-11ec-be54-a1f0ca310b48/file-1kwlzmw73.jpeg\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2021 (Online) 1st September Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 92 English Option 2\">"}, {"identifier": "C", "content": "$$C{H_3} - C{H_2} - C{H_2} - COO - C{H_2} - C{H_3}$$"}, {"identifier": "D", "content": "$$C{H_3} - C{H_2} - C{H_2} - O - CH = CH - C{H_2} - OH$$"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kwlzja8o/e42834ee-e05b-47ee-85bd-7f249bcc6d9e/2de28180-51cc-11ec-be54-a1f0ca310b48/file-1kwlzja8p.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kwlzja8o/e42834ee-e05b-47ee-85bd-7f249bcc6d9e/2de28180-51cc-11ec-be54-a1f0ca310b48/file-1kwlzja8p.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2021 (Online) 1st September Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 92 English Explanation"> | mcq | jee-main-2021-online-1st-september-evening-shift | 323 |
1l549nouv | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>Given below are two statements :</p>
<p>Statement I : The esterification of carboxylic acid with an alcohol is a nucleophilic acyl substitution.</p>
<p>Statement II : Electron withdrawing groups in the carboxylic acid will increase the rate of esterification reaction.</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."}] | ["A"] | null | Esterification of carboxylic acid with an alcohol is
nucleophilic acyl substitution and presence of
electron withdrawing group in the carboxylic acid
increases the rate of esterification reaction. | mcq | jee-main-2022-online-29th-june-morning-shift | 324 |
1l58e2lq8 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>(C<sub>7</sub>H<sub>5</sub>O<sub>2</sub>)<sub>2</sub> $$\buildrel {hv} \over
\longrightarrow $$ [X] $$\to$$ 2C<sub>6</sub>H<sub>5</sub> + 2CO<sub>2</sub></p>
<p>Consider the above reaction and identify the intermediate 'X'</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bsy7zf/6a4747eb-678c-4aa3-ae56-8afb0047ba26/894a5bb0-fe60-11ec-b169-b5046c590266/file-1l5bsy7zg.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bsy7zf/6a4747eb-678c-4aa3-ae56-8afb0047ba26/894a5bb0-fe60-11ec-b169-b5046c590266/file-1l5bsy7zg.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 - Aldehydes, Ketones and Carboxylic Acids Question 84 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bsxdnb/43ad1921-f696-4d15-8fe0-788956256d60/71db3670-fe60-11ec-b169-b5046c590266/file-1l5bsxdnc.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bsxdnb/43ad1921-f696-4d15-8fe0-788956256d60/71db3670-fe60-11ec-b169-b5046c590266/file-1l5bsxdnc.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 - Aldehydes, Ketones and Carboxylic Acids Question 84 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5cck42n/0bf7fa4f-dcdd-48ae-bbc8-3370c9a81320/378652f0-fead-11ec-961d-1b7b54c57958/file-1l5cck42o.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5cck42n/0bf7fa4f-dcdd-48ae-bbc8-3370c9a81320/378652f0-fead-11ec-961d-1b7b54c57958/file-1l5cck42o.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 - Aldehydes, Ketones and Carboxylic Acids Question 84 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5ccm699/099e220f-e95c-4921-ac45-27605cd2cae5/70d494e0-fead-11ec-961d-1b7b54c57958/file-1l5ccm69a.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5ccm699/099e220f-e95c-4921-ac45-27605cd2cae5/70d494e0-fead-11ec-961d-1b7b54c57958/file-1l5ccm69a.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 - Aldehydes, Ketones and Carboxylic Acids Question 84 English Option 4\">"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l97q2m1c/262aaaec-6845-4889-8a3b-5d7ee3790b74/02e9d100-4b53-11ed-86ad-0bb7aa407afc/file-1l97q2m1d.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l97q2m1c/262aaaec-6845-4889-8a3b-5d7ee3790b74/02e9d100-4b53-11ed-86ad-0bb7aa407afc/file-1l97q2m1d.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 - Aldehydes, Ketones and Carboxylic Acids Question 84 English Explanation"> | mcq | jee-main-2022-online-26th-june-morning-shift | 325 |
1l58jsocw | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>The reagent, from the following, which converts benzoic acid to benzaldehyde in one step is</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "LiAlH<sub>4</sub>"}, {"identifier": "B", "content": "KMnO<sub>4</sub>"}, {"identifier": "C", "content": "MnO"}, {"identifier": "D", "content": "NaBH<sub>4</sub>"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l9bm5e6t/e065f13c-ccb3-4154-bc6c-4e38215f1ca5/ce5c0450-4d76-11ed-8605-07329b7ce2fb/file-1l9bm5e6u.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l9bm5e6t/e065f13c-ccb3-4154-bc6c-4e38215f1ca5/ce5c0450-4d76-11ed-8605-07329b7ce2fb/file-1l9bm5e6u.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 26th June Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 83 English Explanation"> | mcq | jee-main-2022-online-26th-june-evening-shift | 326 |
1l6nxbdip | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p><img src="data:image/png;base64,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"/></p>
<p>Find out the major product for the above reaction.</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6s9l9xb/c389147a-5943-4112-b4f9-e698716ff89a/5e3c80f0-1b3a-11ed-91de-637bbeffe542/file-1l6s9l9xc.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6s9l9xb/c389147a-5943-4112-b4f9-e698716ff89a/5e3c80f0-1b3a-11ed-91de-637bbeffe542/file-1l6s9l9xc.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 - Aldehydes, Ketones and Carboxylic Acids Question 65 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6s9lxmi/06e732c6-e6a7-4505-bfac-625a9c124c56/708b3da0-1b3a-11ed-91de-637bbeffe542/file-1l6s9lxmj.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6s9lxmi/06e732c6-e6a7-4505-bfac-625a9c124c56/708b3da0-1b3a-11ed-91de-637bbeffe542/file-1l6s9lxmj.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 - Aldehydes, Ketones and Carboxylic Acids Question 65 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6s9mc9l/3261160e-bdf0-4b8e-b976-8627d8e4acee/7bda9890-1b3a-11ed-91de-637bbeffe542/file-1l6s9mc9m.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6s9mc9l/3261160e-bdf0-4b8e-b976-8627d8e4acee/7bda9890-1b3a-11ed-91de-637bbeffe542/file-1l6s9mc9m.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 - Aldehydes, Ketones and Carboxylic Acids Question 65 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6s9mqf7/fdc958c8-dc3f-4b3a-9794-b2827daf7ec2/86c9f930-1b3a-11ed-91de-637bbeffe542/file-1l6s9mqf8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6s9mqf7/fdc958c8-dc3f-4b3a-9794-b2827daf7ec2/86c9f930-1b3a-11ed-91de-637bbeffe542/file-1l6s9mqf8.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 - Aldehydes, Ketones and Carboxylic Acids Question 65 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7vy7yy6/526f9f87-32a6-45ab-85ff-8d8171f382bb/41cb6ce0-310d-11ed-9c98-ad39d53b642b/file-1l7vy7yy7.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7vy7yy6/526f9f87-32a6-45ab-85ff-8d8171f382bb/41cb6ce0-310d-11ed-9c98-ad39d53b642b/file-1l7vy7yy7.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 100vh" alt="JEE Main 2022 (Online) 28th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 65 English Explanation"> | mcq | jee-main-2022-online-28th-july-evening-shift | 329 |
1ldo1xt6c | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>In a reaction,</p>
<p><img src="data:image/png;base64,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"/></p>
<p>reagents 'X' and 'Y' respectively are :</p> | [{"identifier": "A", "content": "$$\\mathrm{CH}_{3} \\mathrm{OH} / \\mathrm{H}^{+}, \\Delta$$ and $$\\left(\\mathrm{CH}_{3} \\mathrm{CO}\\right)_{2} \\mathrm{O} / \\mathrm{H}^{+}$$"}, {"identifier": "B", "content": "$$\\left(\\mathrm{CH}_{3} \\mathrm{CO}\\right)_{2} \\mathrm{O} / \\mathrm{H}^{+}$$ and $$\\mathrm{CH}_{3} \\mathrm{OH} / \\mathrm{H}^{+}, \\Delta$$"}, {"identifier": "C", "content": "$$\\mathrm{CH}_{3} \\mathrm{OH} / \\mathrm{H}^{+}, \\Delta$$ and $$\\mathrm{CH}_{3} \\mathrm{OH} / \\mathrm{H}^{+}, \\Delta$$"}, {"identifier": "D", "content": "$$\\left(\\mathrm{CH}_{3} \\mathrm{CO}\\right)_{2} \\mathrm{O} / \\mathrm{H}^{+}$$ and $$\\left(\\mathrm{CH}_{3} \\mathrm{CO}\\right)_{2} \\mathrm{O} / \\mathrm{H}^{+}$$"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1ldx5onfu/9371778c-5d10-47df-aad8-25b582904386/867c80a0-a880-11ed-99b3-79cb23978059/file-1ldx5onfv.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1ldx5onfu/9371778c-5d10-47df-aad8-25b582904386/867c80a0-a880-11ed-99b3-79cb23978059/file-1ldx5onfv.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 1st February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 61 English Explanation"> | mcq | jee-main-2023-online-1st-february-evening-shift | 330 |
ldqwl2ms | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | Given below are two statements: One is labelled as Assertion A and the other is labelled as Reason R.<br/><br/>
Assertion A: <img src="data:image/png;base64,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"/> can be easily reduced using $\mathrm{Zn}-\mathrm{Hg} / \mathrm{HCl}$ to <img src="data:image/png;base64,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"/><br/><br/>
Reason $\mathrm{R}: \mathrm{Zn}-\mathrm{Hg} / \mathrm{HCl}$ is used to reduce carbonyl group to $-\mathrm{CH}_{2}-$ group.
<br/><br/>
In the light of the above statements, choose the <b>correct</b> answer from the options given below: | [{"identifier": "A", "content": "${ \\text {Both } A \\text { and }} \\mathrm{R}$ are true and $\\mathrm{R}$ is the correct explanation of $\\mathrm{A}$"}, {"identifier": "B", "content": "$\\mathrm{A}$ is false but $\\mathrm{R}$ is true"}, {"identifier": "C", "content": "A is true but $\\mathrm{R}$ is false"}, {"identifier": "D", "content": "Both $\\mathrm{A}$ and $\\mathrm{R}$ are true but $\\mathrm{R}$ is not the correct explanation of $\\mathrm{A}$"}] | ["B"] | null | The carbonyl group of aldehyde or ketone gets reduced to alkane on treatment with Zn-Hg with HCl and the reaction is named as Clemmensen reduction.
<br><br>But for hydroxyaldehyde or hydroxyketone, the alcoholic group gets converted to alkyl halide while carbonyl group gets reduced to alkane.
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lf1umxky/a1e51ceb-8793-4c8b-a2db-16f2b2f45840/74e86620-bee1-11ed-aaf9-87a65f62f4f8/file-1lf1umxkz.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lf1umxky/a1e51ceb-8793-4c8b-a2db-16f2b2f45840/74e86620-bee1-11ed-aaf9-87a65f62f4f8/file-1lf1umxkz.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 30th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 55 English Explanation"> | mcq | jee-main-2023-online-30th-january-evening-shift | 331 |
ldqxzobk | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>Number of compounds from the following which will not dissolve in cold $\mathrm{NaHCO}_{3}$ and $\mathrm{NaOH}$ solutions but will dissolve in hot $\mathrm{NaOH}$ solution is ________.</p>
<p><img src="data:image/png;base64,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"/></p> | [] | null | 3 | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1leoi961l/e8fdc7f8-6af0-426f-a723-e1ad55c87d01/d81fdc90-b78a-11ed-8877-d5d81ac5ff88/file-1leoi961m.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1leoi961l/e8fdc7f8-6af0-426f-a723-e1ad55c87d01/d81fdc90-b78a-11ed-8877-d5d81ac5ff88/file-1leoi961m.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 30th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 54 English Explanation"></p>
<p>will dissolve in hot NaOH solution.</p> | integer | jee-main-2023-online-30th-january-evening-shift | 332 |
1ldukkpun | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>Identify the product formed (A and E)</p>
<p><img src="data:image/png;base64,UklGRvoWAABXRUJQVlA4IO4WAAAQcwCdASoAA7oAPm02mEkkIyKhIhQJOIANiWlu/D65q+tQwv0i/of5D+7rwf/K+HPix9m+4Prp5Y+rjUy+TfcX9J/afa1+9f7fwl+NXZn8hH5X/M/9D9u/qq/2XbSWR/5PqC+vX0//X/dV6af+Z6GfWL2AP5//YP+Z60f8TxHvw3/A9gT+qf5/9mfdp/p//h/r/PX+kf5/9rvgJ/nX9s/7vr0ew797faBEvhgmd32wfJ9L+7npWx6U2n7f6CntmAO6ft/oKe2YA7p+3+gBpnRJ07B2q32Thxf4HdP2/0FPbMAd0/b/QU9swB3T7b4TqbT9v9BT2zAHdP2/0FPbMAd0/b/P/O7pnDRRof/3iy/mSmr+oeb/QU9swB3T9v9BT2zAHdP2/0FPbJMCNPVIa+pfv/3gCTMdAkZz4ZsBTpFvme89w+g2bNDA0+CzwnxIxD2kA150rIhOf/deu/z9sg6neCyy2rQ2mJLWnVsembIiPlp666r5Y8QQqc3OGgtT/DDkwnaUgFdWPpWazH3DsdOhUUBOlfEV+7D9+n4R+q9PZXVPFH7P5RYnBehJetwwtsDV8te5Jfw6Momn4idxuR89S8m5W5kCzam4QlITGUMvA5n804nWOtJ3/6VSkUxfNeaecm0TYkoy2h3x/Uh4xP5sZ1y32/lpYMlfOR7Plopq0FsBmS948/ghJ1t2xs7bpiaefwlCoZWYGBFTpYtxajLPcQHyd5hcb/SAvdBHHY1zqyR3RwgZaCcyBVmj3HpGR4MXSmSKXaw9TutFz4ac2eujItdJlmU8FUEePgDPfLhE8l3cZo069FVyvd5hFop3/8uLdARobVK0AXc/HXgznN1Py98UQVkSSHC/S+1JcwmIRReKj0JyqCOIohUT8kZfALxLCByAhggweQ1APPJjZgl7xJgKOT4fVKDT6I7TJsf0YSlQiRdgOL7DkrcCof8uT2O7pORUrFTP8Vl50Iv8DvfdkkD8x50i+kekXjSu45XGNtG7PP7X7KTamXk5nNMtRn5SPHN69c5O7p/MVqxP9BT2zAHdQfgPk/0FPbJLFvxsBDEh6QsiBfohyAXLkYA7mwQfp1HBHw9swB3T9v9BT2zAHdP2/0FQMGAO5qW9Gv2/0FPbMAd0/b/QU9swB3T9v9BT2yK6L0r/hgFPXN0D97FKLTGjMZTaft/oKe2YA7p+3+gp7ZgDun7f6ADDwgJ7ZgDun7f6CntmAO6ft/oKe2X+gAD+/8aL8eIDyB73qCbuN1dWuY7F6LmqzdNVeHT5UqNc3LjPHamWFGgFEVrxWu+UZed1nCWTqefpUv8w/8fmgeqYMum43iruTICHWeqh79kiK8NtrZJ9C0LV4psXAB8HQfIlaiY3TpiChBXAMlMBf7M11V2100UAOMyx6Cg12YspcGIlXe4y+m7oQxyvy2nq+1OMg4JvaDqvx5090ZL5Kkn4gMgdWA/aZ/1MgABPu6iPPMmJtMSaeOPwDA8DUKbZrnl/lAWHNC0brIWoI05UiZ6QEgZf8gcS8SKO+lq63ECi2f1FqgR3TSXJ6J06QVl6WNSONTz/DXQFoIv/1odfSEM94nuDLFy3hhTwXzo6OjgNtFenCeF/wlXMa1tNYFvFCzdXyKYFfVY06JEAZE0e4wkqY6wpajqdbTP63uGp37fYS3GpCHrIVnhfWsZ8x64qc4Nn+js6wrC9OwDrst1Uix+GvHeqgjxME4GTE6pbFfgqO765RAAnrt0Uk0vkqHgeKgJ5PiE3JjhlB4HcgoqYPAor/GqzNJeorVaCECUwPuB/xZ4BU4y6CNYTuui2yaYlY4ZxdDA67KbjL4XGSidNWtvnRFA1s5aYgulFQIUq3VEpMBZa30dsNkZjuZeOqQ7q+xQBwVtV0RTmR97NWAgcYQJHtTvFIytaVFiSTqEebny0Igfxz2BPYeiL0su1JHd7G8cd7MbPTekVeMerZNOLFoYY2tsGFIqE3odQA2dxwtKVwCp2DSS2DDcMbY3iZTpyYsr47jWWI3lhTq9faodpPCxnRHpGwmZQoj/uJXuZwtiZW31hXzaAF1g/BpjtDZAwUxlXT6VsfbnJDPok2nyNwN488niDvz8hoqgDR5+ij7I9Wk3oE3TXcdMDiZj0OpxZRtfviLw2OOcOIeJ5nP5+Bf1NgUVYRaeKeO1FqLB5cemD2Zg2DVRxNqMqCM4+y4XB4Rf7b+4vc4sYEb4hhWsbjqS7nHwUpha4semh5tPo4E9w5V/BgByqF/Rc1knw+yQUamE+9SV4a0hj1dyQND4EqhNFXl8V9RqIlMw07HTwIkzJErDT8qOUIhjl2vSCXPxQl49tSyJGeZS44bYHlHSV1kSomnmEjAhcFD/nxZrNWTmWAf6NTeNEyeurG0ev8fGDMozxMKETVTKt2jM7hj7mpUYplmX/2uyJHeXbP7yI5YAorJXoUP+i80CqK2Z2ejN+nnQielRDpil0GPLQ/DPNfYuAIBX8fshr+YZatQH35pyaTxOpEDzZZbuGTUndhw7BilqhHThbTebT2qFLKt0wv0qC+4DVZgDpZ5oPa9JA4iHpL8WGtw7AQsEK+TktTwHrCznP7hsQkaBJ1B1ivnmp36mwF5+I9V5/Asmeet+kGwi4vaiMu/OsvnPYkJYRzqx9HkBhjWninjtRY2cXnyzCg5vPGlzKB2qtrqCkTlMPtpOxiYKpLrrjXPYsAfdgpfBr9lVHPiZJ5zlaJd5oz8Gwdwp6FiYi3c2g5ILI5HYFmdifW9chJHdYk68auuG8OQmHtt8RE8BaPkCuWkUq+u80PCsmkfKTA/ZbbA+wGe9WWd+D8H43UHTwVrv1i7CeS5t7KkuDz7lcmarU98TgLULuOApNc0+lxvmB87etK5EQDG0oi7d36/v74rJerhuLcTRDAK2Oj2n15muUj5p1G24XfPhZX+UeLhHdwt8FvgM8D05h52SjLwaxchcksN2jOjkvSSeetQXWMwRSpa4tHVOTleRUK1BCz6SHC/xI4rzFPDuovl5XuElpLMHddq6Qzok6ZqUHi720v+uK+164BaXNSOdM/DjSsZOtxC9zAHrIcjRIayicLdNk0lVPrmrBDE3cxagerUqDOn6cmAOBLzhYHJ2ZhcwUqxOCdM1IKqP1qXd/tPhBrrBIFiaZdwj11QIKJEIRCUk4imRzwjtwPM5VBxKzB2ObMPmRBCgwvPRF1BR9n918V26ATmMWt/aJgTDAemtqNsat/zAALJ0z1id9p/Q4+PXHn2ApOvGzxY8/oZdAZn0dyHtervfjQXzARFsfAQdzcQDgvyzVWEeIMVfzr3BoY6Z30O0wVVlToGb4Xc0KpYOX7PnWmiFZpwh+iYn/hX24BxDrYFU9D8OCvFWjRScBb1AIdaMK8CDgDBPWvP2EcpUP/uUOT+c7zKj4xe8NZYulR0eGsJr9KVsdzI2RkuPJHwdygdRVDF1PQ+Yzhb1LCp8fiZIKmMvX8ovIIDuywylsQJQoyoufU0WL4EDdk29vXN3ytfn0jvUdeizunkRzNOyf4lTcDhq0WRaLfeR3Eq/5wogSJuNfoC7oCrpBAEPfey4hWTFXTUG4OHWI9ud5jR+BN8XLr9tztk4LSXNBezhHUKkQyd9YlAnJSrQ9qAX7hBaH1sbJeK9GzRd55xeJNPfAVwPq9F8iLDMhoCHJnR/+UW4PSCyeZZkA9lXQyNOFYq0HM07xBW7xsl3P/bGyzIDkfSyJDVHB4QFg7NTZFJ1p9mNTiDrHK9af/WQo6IYO7ppnNXc3lwuOwQwUCa47ULz+LQ2namtTXjimiv7SItylQ3duZ/odiG3Q98XwTNCUhIUW/eraSO54XED1RSJBE9agAF8WP9aBpbrs+T7ATlGeqLB8GmapWMwzc/G8OzkfKm499zhEouGpMdaKh2SMoAT65kQhrabLekEcH60l0gVUn4ersarvhy9AZyOCG3SK4Qa4zaYNm4oWwPjUcutOwrCrZMu1U2vE0gDa1k+NFGtLPdlV4dOIAT70/ashtje6vIGBQ3QTO7dxv6ZVkHk2KDcDby7M7kT73ud6GgKEPBwVnJ679uF3aezRaWjtkOaWan5nAlsv08xwdFCx8wUhL4vLpqvmD0KT2WkCp4U2VBtCVIGnifXH5BkEUxix4fxvoP/3H2CZgbTms3MutQVcStILm+gq70/hEfWdMzRTkeSWinqFa5QPL1QpnD3PbNompq2oy6NRDEItqQ3qcSrxSprh3O+JZnI3mI9x32+laa1z9qK6qwXKHdgHVyC308KXVG45A1bFS+ltBgZ3AR/zOpaV6ASZf+f8dCRKAKR0pOnNCIeLKAFAsuPN7G013TFT4lXu5iz14NbVOogMXtPZnwDs6VmhQR5/NUOU0De35uKNAPTbRlQDaXbqSlqdKiQazSlYrGLI1e+OB4yvmuuSMbBCeqZisA0asbFBqMCjPG84gG2IlQWnKL5MJFhSt40ewAHxVgJQErZl2ZK6ATVuoQwER3yWOR1sEZzhrbsxvjRu1Arodxjevu7KX5BbRk/YB1WsuZkZn6ejKedJ9CT4eaktIVuyYhu5AVn33Ign6Pkk2Uelh17ZytbVSV7DVulVhBGK229WhXDI8kwh+F8CR0TiB57G4e+ook8fUscdp0epbJSXWcKvHDiRRdqAOfHPC1qX69Chen65Jiv3LwGdPEKJFF/xkJ37NcfZs4Sqn1EyGmHZD2Hk2rR0x25ZQ1ZMzQMvNIgwERxmX/AmpIcYfFAELefHvDzWc7hmD5J2p3ClX9tvb14UtnTepexdxmwTG9tQz4sBiSanpYsHiHJeagckQO9iZZnFu1RqAnksldrefPUVs/kcLTkQ5ovNEiHLoAxF1Ui78snIaNVK+rhq7ZtAWwDCUq1woTlcADiJKAAAi7XG2NWF+uCVguupCqA3X8Mcd8qz0Z9kNWeJ5BFcT1H8zoHH2hdD+EHqX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| [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvbkf6h/a6d0eef6-6f0b-442f-abdb-942fa2b91f5a/f6585c90-a77d-11ed-a5e3-ff739bca566a/file-1ldvbkf6i.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvbkf6h/a6d0eef6-6f0b-442f-abdb-942fa2b91f5a/f6585c90-a77d-11ed-a5e3-ff739bca566a/file-1ldvbkf6i.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 47 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvbk0a9/a9bec54e-bde9-429a-9c7b-b8a41687a862/ead6ce10-a77d-11ed-a5e3-ff739bca566a/file-1ldvbk0aa.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvbk0a9/a9bec54e-bde9-429a-9c7b-b8a41687a862/ead6ce10-a77d-11ed-a5e3-ff739bca566a/file-1ldvbk0aa.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 47 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvbj841/59234794-343b-4757-a9b2-ef1efc78a8a4/d5138410-a77d-11ed-a5e3-ff739bca566a/file-1ldvbj842.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvbj841/59234794-343b-4757-a9b2-ef1efc78a8a4/d5138410-a77d-11ed-a5e3-ff739bca566a/file-1ldvbj842.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 47 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvbi0dm/ffc897f8-ad76-48ed-92b5-69f10e6ee0c3/b34afca0-a77d-11ed-a5e3-ff739bca566a/file-1ldvbi0dn.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvbi0dm/ffc897f8-ad76-48ed-92b5-69f10e6ee0c3/b34afca0-a77d-11ed-a5e3-ff739bca566a/file-1ldvbi0dn.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 25th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 47 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lebuo774/64fd019e-b02d-405b-b8f8-10372d397fb0/37429700-b095-11ed-b968-032108a3c0d6/file-1lebuo775.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lebuo774/64fd019e-b02d-405b-b8f8-10372d397fb0/37429700-b095-11ed-b968-032108a3c0d6/file-1lebuo775.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 80vh" alt="JEE Main 2023 (Online) 25th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 47 English Explanation"> | mcq | jee-main-2023-online-25th-january-morning-shift | 333 |
lgnzv62b | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <img src="data:image/png;base64,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"/><br/>
In the above conversion the correct sequence of reagents to be added is | [{"identifier": "A", "content": " (i) $\\mathrm{KMnO}_{4}$, (ii) $\\mathrm{Br}_{2} / \\mathrm{Fe}$, (iii) $\\mathrm{Fe} / \\mathrm{H}^{+}$, (iv) $\\mathrm{Cl}_{2}$"}, {"identifier": "B", "content": "(i) $\\mathrm{Fe} / \\mathrm{H}^{+}$, (ii) $\\mathrm{HONO}$, (iii) $\\mathrm{CuCl}$, (iv) $\\mathrm{KMnO}_4$, (v) $\\mathrm{Br}_2$"}, {"identifier": "C", "content": "(i) $\\mathrm{Br}_{2} / \\mathrm{Fe}$, (ii) $\\mathrm{Fe} / \\mathrm{H}^{+}$, (iii) $\\mathrm{HONO}$, (iv) $\\mathrm{CuCl}$, (v) $\\mathrm{KMnO}_{4}$"}, {"identifier": "D", "content": "(i) $\\mathrm{Br}_{2} / \\mathrm{Fe}$, (ii) $\\mathrm{Fe} / \\mathrm{H}^{+}$, (iii) $\\mathrm{KMnO}_{4}$, (iv) $\\mathrm{Cl}_{2}$"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lgrlhyyp/2616ec70-dff8-432d-9d35-a84e028b443c/5107eb10-e0d6-11ed-ac7f-75b667b9d8cc/file-1lgrlhyyq.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lgrlhyyp/2616ec70-dff8-432d-9d35-a84e028b443c/5107eb10-e0d6-11ed-ac7f-75b667b9d8cc/file-1lgrlhyyq.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2023 (Online) 15th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 44 English Explanation"> | mcq | jee-main-2023-online-15th-april-morning-shift | 334 |
1lgq41qhy | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>In the reaction given below</p>
<p><img src="data:image/png;base64,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"/></p>
<p>'A' is</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgqz0hu8/9b0270b0-0a8b-4191-8a1b-3ece1838cb31/6234c500-e07e-11ed-baf9-87204e3a7c88/file-1lgqz0hu9.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgqz0hu8/9b0270b0-0a8b-4191-8a1b-3ece1838cb31/6234c500-e07e-11ed-baf9-87204e3a7c88/file-1lgqz0hu9.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 13th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 43 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgqz0sbf/af667fe9-6038-422d-a95b-b2df8aff7b2b/6a4cc2b0-e07e-11ed-baf9-87204e3a7c88/file-1lgqz0sbg.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgqz0sbf/af667fe9-6038-422d-a95b-b2df8aff7b2b/6a4cc2b0-e07e-11ed-baf9-87204e3a7c88/file-1lgqz0sbg.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 13th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 43 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgqz12nn/c53f2305-a7f3-41b6-beae-c94eafea8a3d/72497030-e07e-11ed-baf9-87204e3a7c88/file-1lgqz12no.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgqz12nn/c53f2305-a7f3-41b6-beae-c94eafea8a3d/72497030-e07e-11ed-baf9-87204e3a7c88/file-1lgqz12no.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 13th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 43 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgqz1drf/4f49c8a9-646e-4c3f-bfba-cd29e779dadd/7add7bb0-e07e-11ed-baf9-87204e3a7c88/file-1lgqz1drg.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgqz1drf/4f49c8a9-646e-4c3f-bfba-cd29e779dadd/7add7bb0-e07e-11ed-baf9-87204e3a7c88/file-1lgqz1drg.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 13th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 43 English Option 4\">"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lh1pj4od/afd35c56-75b8-498a-a9ce-b22972a9f75a/ec440700-e665-11ed-b7c9-957e12d0338a/file-1lh1pj4og.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lh1pj4od/afd35c56-75b8-498a-a9ce-b22972a9f75a/ec440700-e665-11ed-b7c9-957e12d0338a/file-1lh1pj4og.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 70vh" alt="JEE Main 2023 (Online) 13th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 43 English Explanation"> | mcq | jee-main-2023-online-13th-april-morning-shift | 335 |
1lgrk77e2 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p><img src="data:image/png;base64,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"/></p>
<p>The two products formed in above reaction are -</p> | [{"identifier": "A", "content": "Butanal and acetaldehyde"}, {"identifier": "B", "content": "Butanoic acid and acetic acid"}, {"identifier": "C", "content": "Butanal and acetic acid"}, {"identifier": "D", "content": "Butanoic acid and acetaldehyde"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lh1qpbyr/ce3ff788-de51-4baa-97e9-83baed8348f7/81e0f940-e66a-11ed-b7c9-957e12d0338a/file-1lh1qpbys.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lh1qpbyr/ce3ff788-de51-4baa-97e9-83baed8348f7/81e0f940-e66a-11ed-b7c9-957e12d0338a/file-1lh1qpbys.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 40 English Explanation"><br>
$$
\text { it is oxidative ozonolysis. }
$$ | mcq | jee-main-2023-online-12th-april-morning-shift | 336 |
1lgrl3wls | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>The major product 'P' formed in the following sequence of reactions is</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgsdtows/4d81e732-458c-4732-9087-82264fdf69ea/169749c0-e145-11ed-a8e4-b7bc072b4abb/file-1lgsdtowt.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgsdtows/4d81e732-458c-4732-9087-82264fdf69ea/169749c0-e145-11ed-a8e4-b7bc072b4abb/file-1lgsdtowt.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 39 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgsdtzrs/9592075d-5a68-4a78-9c80-d9e3d87afded/1efb1d80-e145-11ed-a8e4-b7bc072b4abb/file-1lgsdtzrt.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgsdtzrs/9592075d-5a68-4a78-9c80-d9e3d87afded/1efb1d80-e145-11ed-a8e4-b7bc072b4abb/file-1lgsdtzrt.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 39 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgsduatc/42aad1ee-ff41-4e63-b92d-41bfd1871796/2782f400-e145-11ed-a8e4-b7bc072b4abb/file-1lgsduatd.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgsduatc/42aad1ee-ff41-4e63-b92d-41bfd1871796/2782f400-e145-11ed-a8e4-b7bc072b4abb/file-1lgsduatd.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 39 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgsdulv7/edf66fcd-1059-4ddd-8253-89e294c82a00/300c7830-e145-11ed-a8e4-b7bc072b4abb/file-1lgsdulv8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgsdulv7/edf66fcd-1059-4ddd-8253-89e294c82a00/300c7830-e145-11ed-a8e4-b7bc072b4abb/file-1lgsdulv8.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 39 English Option 4\">"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lh1qmyh3/0d8b635b-2670-4977-ad9e-116d49dc29f7/3fd6b170-e66a-11ed-b7c9-957e12d0338a/file-1lh1qmyh4.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lh1qmyh3/0d8b635b-2670-4977-ad9e-116d49dc29f7/3fd6b170-e66a-11ed-b7c9-957e12d0338a/file-1lh1qmyh4.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2023 (Online) 12th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 39 English Explanation"> | mcq | jee-main-2023-online-12th-april-morning-shift | 337 |
1lgsybj0x | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>Given below are two statements, one is labelled as Assertion A and the other is labelled as Reason R.</p>
<p>Assertion A : A solution of the product obtained by heating a mole of glycine with a mole of chlorine in presence of red phosphorous generates chiral carbon atom.</p>
<p>Reason R : A molecule with 2 chiral carbons is always optically active.</p>
<p>In the light of the above statements, choose the correct answer from the options given below:</p> | [{"identifier": "A", "content": "Both A and R are true and R is the correct explanation of A"}, {"identifier": "B", "content": "Both A and R are true but R is NOT the correct explanation of A"}, {"identifier": "C", "content": "A is true but R is false"}, {"identifier": "D", "content": "A is false but R is true"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1libm5ngg/24f28c50-e2c2-4a57-aafa-ce6edaa17551/c7edc000-ffa4-11ed-b6d4-23f7435f51f2/file-1libm5ngh.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1libm5ngg/24f28c50-e2c2-4a57-aafa-ce6edaa17551/c7edc000-ffa4-11ed-b6d4-23f7435f51f2/file-1libm5ngh.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 - Aldehydes, Ketones and Carboxylic Acids Question 36 English Explanation">
<br><br>As for Reason R, it is false. A molecule with 2 chiral carbons is not necessarily optically active. It may be if the molecule is not superimposable on its mirror image (i.e., it's chiral). But if the molecule is superimposable on its mirror image (i.e., it's achiral), then it will not be optically active. This can occur if the molecule has a plane of symmetry, in which case it is a meso compound. | mcq | jee-main-2023-online-11th-april-evening-shift | 338 |
1lguz38q0 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p><img src="data:image/png;base64,UklGRiwWAABXRUJQVlA4ICAWAACwZwCdASoAA4AAPm02lkikIyIhIlVaYIANiWlu4XNBG/OZ8c/4vtR/tP5Led/4788/jPy59fT+38LvSP/F9DP5D9g/xn95/dj+7/OL9q/4Xg38kf8X1CPyz+b/7DxNdlftn+m9Aj2k+s/8fwqf7P0N+wP/M9wD+Yf13/o+s//E8G/8B/qfYB/ov+N9Wb+v/9P+i/NL21/oX+l/+X+h+An+b/3H/veu37Gv3k9nP93B6sapOh1pIKBI/YYztPU2ChegIX5ULhQ4WnqbBQvQEL8qCVuXTZtFAeFpIZj0f15gAMHSvwL8qFwocLT1NgoXoCF+VC4UOFp6mwPCuzB6CMUvA7wQDq+2X4LT/4uk323l+uIaEjuRxqntm4Yh51yXlqq75MePw4/XR+vMqFYSec/ld3ok/RPBFzy1oiORA0g5WkI9q+2yTWTmIpKzOwIqOezp6d8bZPgU5DMTOTJYFjIteeDsx8TlIgSJ1a2NqbBQqIpNi+3YRP4wPVr1O32GErKI8WLG6WTH5wqzdiyM2AZa8HcACXDgUXmtaXwTRO/NSMJ/L4fr6wsV2B+fSyS9qn6aznffFl3SyVpvpt6yfvi5hTPnBUkgil1ke3rLKj1TafCSdEuyqaXVovrJ4hL8A7t6j7+sQrFCk0GBYz/TmvV+pEfgNJpSbNZZ1pAspa11H3yBX3Jo4WaYuXNh0HpHk6o7rAeTHykzWpzRm9t2Sy/G++VDhaeoRC/XRPtc9XrhV4gXy/6M/PmZ77FVJHgv20F80AIEs1kp1xZHQ2FaP2lxLanCIvIvAuH9XRYIYc4oxCRmtcG1LpmXS9jd7ChtBtHO1i4B+t2tjIY4r0VhnrW4kQNl8JqZBE5+KXOch2C29h7G4FmS49mMpsU4hMOwocLT1NgoYO6iN4xsKDLi1rKhb7G7hkoBrTBdw2mXgBqD1CnYvx5mthj42Wn9lgTyjQ2hu8axNrT6kB/95mctdmg/pQ1GWXtr3hIj/9Pct4MOzKOflNJSCEZA1NXq16o5hPz+VC4UOFp6mwUL0BC/KhcKIOxWA9JdnJH0NvYOkmK1BtVecRz0lqE6kBtI1Hz7g/Xw9c/lQuFDhaepsFC9AQvyoXChwtLgAP7/iUzW9xdHygbVVcZXEudfwhrrz3gSqT+PA85l3bhEwn/5ET6WtMeFBLlh5K5ilRYJOSAtrOoz5TtoAHVi4wcb0MonrnDfQ5AzmNCL2+7L1cNIlOqYrzHufMxVSGrPe8U8tj5uVnw5u1NK5QZ1ooLnsrs1PfXFVPrmguX3wl1DjDq6OknAvnRkaX9piZe0Wm+rvPmQeyQGuoNGEkg7LCMzEnEKkXhp8NLaTDxjQVs9pJU39j2WfNCT9AY6sAc+MpRvbEPYAKw7yziMYSq7rHdSj5hOtbRyo0DfGMsprave0rcJR5Kd9yimIswirU3xIVrBjaY8M0FddI8HmngfTvw4qYBLgBXldup4N4gB8SE7s433cztvaPD5YzigMQIR/y3zlESYCSsk90XbjG2EAGZq6w3kr3VYB60sSMPTCNBOBbGMFvDgE05NNnF1TM03jnxLykGa276fpbNCp9eA5kQfVoOKvSX06G/MxWDkCJ6DhzZQenmVuV14nX70HdvtTB+l0Ntyrd2A22t5lr639ppvLPs9d1XNEWxYjsq1LxJvwyyKXzNvMsHZZsG+0BLo7I3QyISA4ms/8OXIihB+q4/0iuDRseLBVA/wX9ihebVu+skrxelir8RfeMt1hjfnmvUouUWseeQEDYvsl0fVYQRvpMFZFOVrSg3Wwxd6nv/42xDIixiD4NhsmB+ZV0+5wUKIL+c4QA28m0pqbUngl7i3Eo5XKkNeW17Cv1DAwn2f1JuMG6K6Px4SDR5u0ch4eHyauZjRQRfTJl1oHYBUXTWETrifFSbpX6KkxColAbQc9OamrnwLMt4OBDJ+2Qx4x4kBMuxL+7MeY8t/CJFqyMVkUsJ0YRotIQFaAOP1w1bDNSWRwwtiuoe8oMG5MJ9yMYcKOxjvK7opNp0eNdUqUh3uqBvGl3eHSUq4DVtTf1FwMlzbSoPAg7XdqgDdikAkITsI1pCZHHJnl//Yj2TqiFop/D3V0OkOyr3E71IxrgsiaRkhEYR3rWJqukO4EoDKu5MCQkn/QBxSnGSqQtWEFE38FL79P2lntvMvw959rO/SvWJdf9HcMBXVPakg64l86b274vtsduZdMhD3qufwyvsh00DqSjCkTRZILapaJiWRr2ABRKEcn8vSJRgzwDi9MVMk0SWM1FspRNlDxDyD/KhS7L7/I1pJkWqtbpIDkNLEOgenTFE6MhPoG7vftg+g7wSOfL9zDYz44W10zmJbY8GiR64rgB7zzcAoHe9dkwClk3Q1PSwdOMF4FZMzm3HwGfxHHGP4iD5/wsG1ryWJOguqAmR79GPBfhW2HXYM8Stzh1EDdqD+VhUP9UA/pB0pIfyqVcSTNWAZwQzthmcYuUTtIrJycSZahAaTtr/YREK/MM+91GNj/C55Upi+U6x0KJbV7Afsd+ySNx6l1LJALM+BNS4sBXRi19axe3ZyPtKrFyuRLDJlUM2VxSSzfhSGfPj1PqFKSLnHCebfX9DYuR+e579VTU+jmLYEW0g6TzRyNAFf+HxvDwiEiagzt3KDHavZpr+U15I9SLZQc3Wb2nG6/xodpL0fE960mwo8exHwfBKb0/0ZD2itDBhyywCWWeQCed3S0xwg4DCW2+pc+h3/dYzMWMGH8TSwfLUONbpZzYj4/DW84/ptpU2o2jnRGrEaK80wtOKwPuxLGyophPfg7G0h0Zt4YrSsbG3q/uaZHHN7bo88aEvNvmVG+pfHmn5DP/xBZ62oFC1ddceaXpHe21uN0BoJP867/e8Ut+cMHZW/rINM8Z3tdZFxT0AollTybSBSvD2GKqLRs9g7LEZzWunfIoZZiS7lg347mGwtwqpffPwZu8AxEDy/Uie2B9RHHIECtppyLnpzjToxMHPktyyQupMWprxEGIJNEF6sr5bLioRpwMaipy928qccvs3+49odTH5A5n1kiVaHDgqSp9K3fjEoUepaTlL1AcA9KkIpz88gAYXRCfs2G1qlnwJn/IOioveVnj2apvXqUK3Q7iQzD6dS4K3wuROXaKJzx8gaTu1wo03Ooekj5kK9tQJnh2QvbbUNHssP3wadFWhpCUVP+f8MLMGz/0TI5rWAHRRtPrO1pAyYO20nkIXQ/GyVvpfyPOQaIoq2l1XDP+APLmPX/heWW6QJ+1LfrEpMGATwdV6zZ84kT6J+2UT9lo2v8hirgcsjm6g/LtnRYmnppJ7PkUc3NuiU5tPGfc8Es8KUcHIHv8M7/YiPd5LexdzoBJEeU1Y5pW+dqHgyFf6z5UQFfIV5jUCpzQZ/03ezvDQ+Q0ZOgLBWTML3GB6Lb7gGvZTjfk0FTBjd7zrsoA7Oq52m057ipDUzuEyIcCw1eF+VcdnWcHK/R9u1q2LFtPH7afV/09iEhtqikdz5U/7brhbxTYZGhxkUyEWAPnpal/svqBygLXiBXxUISmq69QF/11eqqfYavq8K1CbYDhXyzaZTklK5783Y/yd4v9DM2QJGl9b1/bN43yCYFPDDvJQsc/uoBhnstHSO7TsPbP4Dt4jgfWrUsZYWKXgL+h2DBh/X/Fb4Pui3ijiEhnXOa2h/SHeLgcuOKZFBAV5o1o0xpOz9ynumtUXr/Mc5ja2FuyKy202coDjIHF5+6g4BOyVyPMpXacM1oPQRY2EM6lJGVM7Zuz6PcDwHqs/mJ78RlKjjZQ74+PdCjKgEtA3e9H24FgsVneSNrIvESplJeitthVi/Pt/PxEpzg58VsqFrhxNMB3XrixankQPv03CCGK6JFICuoxNLFYSUgteVVDvEgXq2JJUZZMFhDwk+MFGNuhEcYbwxRouojRVylJVlD1fzWWhYXUK7txptZKLf/3CsL4xBS/FFuaYm87g8kphvjo1hnjiGxAa9o/H0mIkueva3ZnYMt6SVtjPlYYQ1bzFB2410AVWbCq+vb/arJl89OTAawt+syxojXGvAHIr+zWIh/lRVX2uRaSXKxR9t5N/oNi5WryuIMZwayZMTZbtm0/jmdnKlk18QzIEUDyHyY+UMrqDWSWcu/1SMm7NO9s5wRFnswEodwmb7pjMeiwd4M8JUcuIKA8tn9wEEJUqhfV0oHHJ3aOqHSk4KaYThhmpLol1NcQ5IP68R+G0ofZUsMcG325tPJesQlP/6/VVu5g6K6z73HOhIB4S5se7vTV0tNGkPYqwAWc2ZrLC7H5i82jShFj9BHHjOUNJnCdvLnyK6OIv1dxzGt2yctVCC0JGJWZipjI2unjtj7cXwXfZn9qPAPZuYHB9nOUWthb3V5U56t0/21eOixoMFPYaYBMuRe7rNvixexECSPjwqqQRgbIiga1kroGEfFHnwU4U6x9FSl/hhtlWS+hS790KSPsfVbMtRrPucUycS0Q+HbX2LJfMsHaZFriCmuNM2le3YfNSirersms9HBxUQK7jiKdxzw7gaW6LPdArLVV7go4H4GXm8rxbj6489j/jObBIUjCJGBVsvUqLpsO+OTQJb4Tw64CJwojcX9glCNhMSFfOouxEXBuSxBrh6iIqQg5GBdK6jXvlQiCuJ1aZBa57Cnx/9PiinYqRZ6Uqdrr76ALeRuWbPpHtEoam1zD623L/IKy7KqV40K2IBPgojoHWdhqaEjM+OnHeLZB40GeTdSOKFk26YErodB6peyzS18uVdPxs31QNBnMry0g+w0byN4oVGfPyHSJqgNmSnZwed2BnOonW9dbDhMa7aEme2FQDvXy++akGxRIKaGaAJz04Pky0+r5X8xAzgb/7OpHbs1eicUpjE4kPS5HQFKUYgtGrnpnyAG6iNr9+YkmR+pu7ok+mdAHW47LQmlYtg/VBNIMBN9KIhAHNiB9thkaSO58LtWQC95ZrlbMePBfDAoOfjefpkE5kAYd+qtCwpmxcyl4jlHl3CxZTi0AHCt37RTY0EnTZsqxAoF1OvNIhSbQiIgeBc/8KiF3NSeVfUr0ADMnjzAoX1OlFBRgHON3fLso/+E77CTTA7kC0heH3m1bwNf3rx4oQiqNrKzlG/oLHdJSJyb/DtkxQ7fKElDcO/Xy3boHAARioU010bCPqac6g22SIMrCldS9aZUtE72zt2Kc/NbJebmgfmDIQbe5w9QUzHbn/qxWM99+kZdMtOEGBop2NWmJ2xKohY2H2V+nN6o+mC31H15W16/73skeeabwHAttVdglnWJNvYmjjXLSPrWF3Tta8QZhdITCmBhb71MZ6t4TRu1GoIOJ0viv744TX4AjXkGA1HudkcP65m7fq6IcI1ho8v1q2aczEzl8PuhUMww9hToGPJFxfc5sQBwgfVOQT91q+bsQRuljQkWoQ6aS9pdoGcsSa+J6gHJHjSnEpL2YniiXKWPsUjBf3uEC/MnKJtlWI36b6YBS/05YgHfThsWi0MuI9tnii+nB2/fe130u1ttWp0bbZIQgDx744Bt8m3PrHpkH8OzDyBcu6FSNo6VcZya7kuC6U3aJOSu/YQxWa3rEb3khslBZYxEJrvhKnni8DEO9+4APJ9Ao8pOCVtKDco2JmQlKwToUuEDDAoZHIdoNxwYTdyio5kCsnCR1J9tDxEM0hPgzsUHS1TJrrxvmBm6u6bzkCgQsf/GLzdMRZG8Fj9Xb+nRn4MPMxB/9z3hWJ87QceCpnZNMiltVOiNkxNiI9R1tc1q0JEOLDV2v2a5jlmxCxejtErRdQnX3wsiLNdDgoVtTVMPZiDH+CqiXicKNsmmKXF1Aia3BJhljqfYaVldt3dsnZ9vYnk9s88mCx82jW8JSzLfPLDy+4lnFFgf9QjMl0NB8i0Q8VXcJFkYrfZhFODbJGylTFw36sBFl5Dd/jkjPAM6oOt6MpMFKrOgQq7JQM0EE1z9tmvBLeESOpGqQ7GG+ftHZEjo+lfJ4C8GffnIcRBX4/Y9TyrWyOZbFxFS9VgV7S5ty+7VV6qKTkfEEVvw55i9JJuXAXd6ZrGupReqoprQx/K1X5aMQ2+swv7xR3gi5r/NQ9kd+GDwVvQznrgrfNQLfcPb1TYczmZqAxG6cljZeUtuvETv9bvbymZbPqwUaDcUeYXZtQ88C/Vjpaj0uI8MFpk0gIbCpRQCvcP6ZFrBmWaEo+z+/P652z/eV5ZsSsQq9Mb3UGwsrkPjP0enxuL7+HpaNeZHdKD7QWdLjAEY00Ui8LAATeUwkQSDJJEIF2RJ9cyZikDxZehpfLMElpz0F3QxvDWV/JDP/p8Jy7zGDyqAqPDaiv3SivfC+wyTnV9LcVarbU4Y0frAl4CSeEHeeuzToTZjV4kNlFeBJZPL6xH34vW6ZETtgwFpwSETFIucvBCCyIbCpnXcdmVgLK2LOKuM5+4k2HjA5WYKQJzXCuMPGd3rkEDHyKSFPI/sFOimlTetivKNEtaMH6aXFQwX+D+GPZ23l2R+UfaYYpjULOdomFVdyrODwKI7oIlKFOXp1ICtPhQDnIbOw2e2HXbWg1dHJmJxf80f52+87THkg2LehTUf3e8e426C/7VWzMi7my65FlnxG3yLzZTwvlhQ0gI1QfbstEdEO8X5ZuSJqnKkT8n61wac6d07W6YDJeYw8XFPG6WKx3+JYl7acwrkDhv3xsgZJv/KaTpxBO6q7BKDdu6XNG5uC6AGmrHD/Qa3awmcOkJrslih3RhmGdiGd0iw/7drD+vTsswhitMPo/DxWDcipXMZAVa2bhEVSsfcbKPEV24cDvFhlbh0kHtbQPWyQ4kmbszEUz4xtpcxPZhDFg75+5/KkhsJiIUqvX0YvzungO5cHDWIyH+CNVVnTnPzML0pJhYYPH/V9L0bTCf1lBjYb6XFVlqnw0FJ+wpgVlIBEts0VC/Tjz1dxrEklpJDmdblGAKsMvP8TrpbHrwve1YBjvCqsWuOj4gYSYcjaSuRug7ypLtcvR1vz1NhTDgAxx/a33BHYg+2tOJZDeFsDzdZ+bdY6mCkpzHdT/AKvaQBUCsJi7AtfGvXWMtZ6SFIwMNuG6q/JPnQAAYDQR2cRe30fZB/ZQyxBLcTOL6ZqB1cPNQe/V0UidRS5ph/CuPYqrBO8/O3Ox05+1VjK4ceDQkxOMHUw/ePm+cy5cuzaj4OLMo5RTM3GIirairfgWyQQ1LQCTKkQpzQVkWL3hknHzu0zwvHhrycL4d7fIqaT32ylEEtztKew3Iv/CS/Jz41obyVSMzL5DusZaeg6ykbYhFWHPaslK6btQSe275B4y6Weqq0FcpFG9TnkQHrc40cLs0IJNgxQBh0a2fS4UsYYCI+PEZ5yz5V/qO8bBJZoLcMxnC2FDvh28QJ4z4mQo3R93MFGBlB2nOYlph83f9QVKO7sCP8X5WCUV0IeHCL3fDX/5bUFvYbKAvGJqkdCeX0dl+OxPALiqi4fmuLT4ElhJrQwHFaGs5Kg65Rd0/AqKACYY2IrpAnLnNfMLFnZwYnUvVfpd5vfifAe15jXIi+9QlBz8IoAAAAAA="/></p>
<p>'A' and 'B' in the above reactions are:</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgveto3i/88fcfebb-40d7-4b50-988d-f96bfdc08874/590a45e0-e2ef-11ed-b29f-636b60af9e14/file-1lgveto3j.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgveto3i/88fcfebb-40d7-4b50-988d-f96bfdc08874/590a45e0-e2ef-11ed-b29f-636b60af9e14/file-1lgveto3j.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 11th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 35 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgveu3od/3a065b4c-b633-479d-8647-e9829ccaaf28/65132cd0-e2ef-11ed-b29f-636b60af9e14/file-1lgveu3oe.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgveu3od/3a065b4c-b633-479d-8647-e9829ccaaf28/65132cd0-e2ef-11ed-b29f-636b60af9e14/file-1lgveu3oe.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 11th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 35 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgveucv6/0cbbecb9-ff16-457b-8911-36df914ceb58/6c2c5820-e2ef-11ed-b29f-636b60af9e14/file-1lgveucv7.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgveucv6/0cbbecb9-ff16-457b-8911-36df914ceb58/6c2c5820-e2ef-11ed-b29f-636b60af9e14/file-1lgveucv7.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 11th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 35 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgveulce/df91cd4a-9a84-4fce-ad58-986e84395411/72b8fae0-e2ef-11ed-b29f-636b60af9e14/file-1lgveulcf.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgveulce/df91cd4a-9a84-4fce-ad58-986e84395411/72b8fae0-e2ef-11ed-b29f-636b60af9e14/file-1lgveulcf.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 11th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 35 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1liw3jwci/77bf9bfe-fd10-4f47-a4cf-091fb00cbb1b/7c4ee620-0ae8-11ee-90ad-4fcf9f0e5686/file-6y3zli1liw3jwcj.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1liw3jwci/77bf9bfe-fd10-4f47-a4cf-091fb00cbb1b/7c4ee620-0ae8-11ee-90ad-4fcf9f0e5686/file-6y3zli1liw3jwcj.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh;vertical-align: baseline" alt="JEE Main 2023 (Online) 11th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 35 English Explanation"> | mcq | jee-main-2023-online-11th-april-morning-shift | 339 |
1lgyg8q02 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>The major product 'P' formed in the given 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/1lgznb86d/dfdcfd86-cf90-4777-83d5-06e905fa6a40/aceff550-e543-11ed-8d50-d941312069b0/file-1lgznb86e.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgznb86d/dfdcfd86-cf90-4777-83d5-06e905fa6a40/aceff550-e543-11ed-8d50-d941312069b0/file-1lgznb86e.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 10th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 34 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgznbkrb/89c085b1-93d1-4dcb-93fa-417c8b601803/b6a80e70-e543-11ed-8d50-d941312069b0/file-1lgznbkrc.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgznbkrb/89c085b1-93d1-4dcb-93fa-417c8b601803/b6a80e70-e543-11ed-8d50-d941312069b0/file-1lgznbkrc.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 10th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 34 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgznbxpn/7dbfcd29-714c-4553-8e52-9901f7998a29/c0a9b3b0-e543-11ed-8d50-d941312069b0/file-1lgznbxpo.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgznbxpn/7dbfcd29-714c-4553-8e52-9901f7998a29/c0a9b3b0-e543-11ed-8d50-d941312069b0/file-1lgznbxpo.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 10th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 34 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lgznc9tl/810e6ad7-d355-4e57-bee0-cd6ecca6f13d/ca046a90-e543-11ed-8d50-d941312069b0/file-1lgznc9tm.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lgznc9tl/810e6ad7-d355-4e57-bee0-cd6ecca6f13d/ca046a90-e543-11ed-8d50-d941312069b0/file-1lgznc9tm.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 10th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 34 English Option 4\">"}] | ["A"] | null | $\mathrm{KMnO}_4$ oxidises benzylic carbon containing atleast one $\alpha$-hydrogen atom to $-\mathrm{COOH}$.<br><br>
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1liyonklt/7a026fd9-d98c-4515-b165-1c1728f12352/937c5810-0c54-11ee-9386-675fa4f17251/file-6y3zli1liyonklu.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1liyonklt/7a026fd9-d98c-4515-b165-1c1728f12352/937c5810-0c54-11ee-9386-675fa4f17251/file-6y3zli1liyonklu.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 - Aldehydes, Ketones and Carboxylic Acids Question 34 English Explanation"> | mcq | jee-main-2023-online-10th-april-morning-shift | 340 |
1lh03asmr | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>The major product formed 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/1lh1hvo3d/6916d51e-31e1-4336-a537-f3ef71b87264/fff07a90-e647-11ed-9b1f-cf98cc51cb3d/file-1lh1hvo3e.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lh1hvo3d/6916d51e-31e1-4336-a537-f3ef71b87264/fff07a90-e647-11ed-9b1f-cf98cc51cb3d/file-1lh1hvo3e.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 8th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 32 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lh1hw0te/b1992415-3d6a-4989-8980-924919ab57ef/09c48020-e648-11ed-9b1f-cf98cc51cb3d/file-1lh1hw0tf.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lh1hw0te/b1992415-3d6a-4989-8980-924919ab57ef/09c48020-e648-11ed-9b1f-cf98cc51cb3d/file-1lh1hw0tf.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 8th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 32 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lh1hwbm4/0bc3de51-ec44-4cd1-9467-bbd9885dd52a/121bd0c0-e648-11ed-9b1f-cf98cc51cb3d/file-1lh1hwbm5.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lh1hwbm4/0bc3de51-ec44-4cd1-9467-bbd9885dd52a/121bd0c0-e648-11ed-9b1f-cf98cc51cb3d/file-1lh1hwbm5.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 8th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 32 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lh1hwnw3/72b6f93d-90d7-413d-ab86-d3f99d4115e6/1b97a430-e648-11ed-9b1f-cf98cc51cb3d/file-1lh1hwnw4.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lh1hwnw3/72b6f93d-90d7-413d-ab86-d3f99d4115e6/1b97a430-e648-11ed-9b1f-cf98cc51cb3d/file-1lh1hwnw4.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 8th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 32 English Option 4\">"}] | ["D"] | null | $\mathrm{NaBH}_4$ (Sodium borohydride) is a weak reducing agent, it reduces aldehydes/ketones but not esters, it produces alcohols through reduction. ketones reduces to $2^{\circ}$ alcohol.<br><br>
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lj6833ab/08d832f7-a7ca-4000-8d21-ea73a6a3d0c9/0d0d6420-107a-11ee-8bf9-8db7a416d4df/file-6y3zli1lj6833ac.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lj6833ab/08d832f7-a7ca-4000-8d21-ea73a6a3d0c9/0d0d6420-107a-11ee-8bf9-8db7a416d4df/file-6y3zli1lj6833ac.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) 8th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 32 English Explanation"><br>
<b>Note:</b> Lithium borohydride is commonly used for selective reduction of esters and lactones to the corresponding alcohol. | mcq | jee-main-2023-online-8th-april-morning-shift | 341 |
jaoe38c1lscrzydm | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>The molecular formula of second homologue in the homologous series of mono carboxylic acids is</p> | [{"identifier": "A", "content": "$$\\mathrm{C}_2 \\mathrm{H}_4 \\mathrm{O}_2$$\n"}, {"identifier": "B", "content": "$$\\mathrm{C}_2 \\mathrm{H}_2 \\mathrm{O}_2$$\n"}, {"identifier": "C", "content": "$$\\mathrm{CH}_2 \\mathrm{O}$$\n"}, {"identifier": "D", "content": "$$\\mathrm{C}_3 \\mathrm{H}_6 \\mathrm{O}_2$$"}] | ["A"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lt1la4fb/dc1fd62d-8a7c-41e7-977d-3e058c2f64ae/e5d14f70-d3e7-11ee-999e-8967c8762139/file-1lt1la4fc.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lt1la4fb/dc1fd62d-8a7c-41e7-977d-3e058c2f64ae/e5d14f70-d3e7-11ee-999e-8967c8762139/file-1lt1la4fc.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 - Aldehydes, Ketones and Carboxylic Acids Question 27 English Explanation"></p> | mcq | jee-main-2024-online-27th-january-evening-shift | 343 |
jaoe38c1lsfpmwq9 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>The total number of 'Sigma' and 'Pi' bonds in 2-formylhex-4-enoic acid is _________.</p> | [] | null | 22 | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsr7y52g/7483a1aa-3fd6-4363-8a2f-af537f448faa/eb6e6a80-ce33-11ee-9412-cd4f9c6f2c40/file-6y3zli1lsr7y52h.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lsr7y52g/7483a1aa-3fd6-4363-8a2f-af537f448faa/eb6e6a80-ce33-11ee-9412-cd4f9c6f2c40/file-6y3zli1lsr7y52h.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 29th January Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 21 English Explanation"></p>
<p>Sigma bonds : 19
<br><br>pi bonds : 3</p> | integer | jee-main-2024-online-29th-january-evening-shift | 344 |
lv5gt4uk | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>Identify the product (P) in the following reaction:</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv5cas7a/e8fe1b6d-c6ea-4930-bcba-e4808f9fb631/5760be60-fd90-11ee-8734-99d466581eee/file-1lv5cas7b.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv5cas7a/e8fe1b6d-c6ea-4930-bcba-e4808f9fb631/5760be60-fd90-11ee-8734-99d466581eee/file-1lv5cas7b.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 8th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 8 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv5cb38p/c0d6aa4f-3144-48cd-9e30-2a29fddc6734/5fe7d190-fd90-11ee-8734-99d466581eee/file-1lv5cb38q.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv5cb38p/c0d6aa4f-3144-48cd-9e30-2a29fddc6734/5fe7d190-fd90-11ee-8734-99d466581eee/file-1lv5cb38q.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 8th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 8 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv5cbh1j/ff7511ab-dc04-46a2-9d37-256add9e80f0/6a910170-fd90-11ee-8734-99d466581eee/file-1lv5cbh1k.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv5cbh1j/ff7511ab-dc04-46a2-9d37-256add9e80f0/6a910170-fd90-11ee-8734-99d466581eee/file-1lv5cbh1k.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 8th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 8 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv5cbt0n/efff99df-dd56-43c9-b0e7-6fdac26f5116/73d12b70-fd90-11ee-8734-99d466581eee/file-1lv5cbt0o.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv5cbt0n/efff99df-dd56-43c9-b0e7-6fdac26f5116/73d12b70-fd90-11ee-8734-99d466581eee/file-1lv5cbt0o.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 8th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 8 English Option 4\">"}] | ["D"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/jaoe38c1lw93bm34/551b3c2b-c739-496e-a863-7869f82a4811/9646e900-136c-11ef-ac66-753153db1bf0/file-jaoe38c1lw93bm35.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/jaoe38c1lw93bm34/551b3c2b-c739-496e-a863-7869f82a4811/9646e900-136c-11ef-ac66-753153db1bf0/file-jaoe38c1lw93bm35.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 8th April Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 8 English Explanation"></p>
<p>Given reaction is HVZ reaction.</p> | mcq | jee-main-2024-online-8th-april-morning-shift | 345 |
lv9s2sto | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>Identify A and B in the given chemical reaction sequence :</p>
<p><img src="data:image/png;base64,UklGRtAIAABXRUJQVlA4IMQIAACwbgCdASoAA/cAP4G+2GU2L6ynIvE5WsAwCWlu4W/RG/PV89977t51h+EOpGnk7R/k6o1q7ekHJtee5fWEn5wXpTTRhYJUZBB4G2JwNsTgbYnA2xOBticDYxhqpJBGyKhGtmH0uJDTgkEgkEgkEgkEgkEgkEgkEgkEhf/DVSSCMsCIh0NIGLySKBJ+cGT84Mn5wZPzgyfnBk/KIAc7fZ+3ztD7X5/Wjqh4MxVVqMz4Mn5wZPzgyfnBk/ODJ+bjVSSCQOyX4MJ8Y9U08W0F1LrhnwZPzgyfnBk/ODJ+cGJBDhKJDtHt9d3UCXAenHF4Qfx750nA2xOBticDbE4G2JwNrp8lleM8P+GP/GFBDCHyUDPZRZVIGklDDYZ8XzpOBticDbE4FdCc40ITRv5DMUaBnd63XMld/9bv4yZBwysW9E9DDS/7W/wf/+y1TGJSYnr2A9qW7YBvkGsSOeCAm8Xme2GDVRJSUjeBXR5Zi8sdy+X//+pCjdkGQXq+sFr0LVuMRelLDWSSwQDh/aLgBlidMHtaBEvfAlIKO4Br3S9zZ/p5jNdCk/8TiuZrO1iFhlAMkX4WladQmZOmJWvxKZ5UpHK5KO6HO5LqD9Q+tTgSRXXiLjwtXrz7tix7Akc0iQ5gbo8VjI1knAqtXxVqm+yPDTj0mBUUGfQjj2L3QmA/f6z8cwQmvO1LgmNPUHhIHyvkNZJAKcJhIq2hLMCXW62PtUPRFFhPGSNGVwTRIbibCM1pnibV0HJnhcvAXytj9Z3/popmkkDnQoU3RvC15jR4Y+ESP1ooO9l/0FlzCUAtYfhMP7BBoVVD1gLUWQqXjlFmJ0I3gWcVPZllE7+uk5KMtjbyZH3sQEAYmLPknVh1okhhWK/E/ADnGaOLfPWYIPd04D2ORQzbtQC/XPf/wljbJtgkttC4Z7adakJu5DTMPqBc2x2Z8GJAfrKkJBrvhTu0yKrrKdY9mi2qqCbtw3xMcjt4z30hg027GvSR1kksELJQJS5Ye++mFtvs8ow1Uk14rvnJ+UQA52kW71K8gm9+//poKg19XAW1tOJ6QHHpSpTDXiJJBIJBIJBIJBIJBIJBIJBII6Cb6PV4Mp8dlgxIIAc7fa1GGqkkEgkEgkEgkEgkEgkEgkCyq4x77/PvIO/FCbfa1GGqkkEgkEgkEgkEgkEgkEgkEgkEe0JSAgAA/vwX/HdmiW3lL0Ku6oXW+yOggv0v2w72AACI9LDoWO+mp7YJEjMDfbY8OqAAAAACSxRA96lyTtwNrw7dJrxeQADWD6m3PNyUrGy0CmFXcu3U95+a/KzHfFW5xfvYDAP6qRhP7OABHs6XN+8wh9N1EDqaOlVxz1ASNSKibC7P4aiADKH7Dz5nUEQB3qbS2Fp7xbVOBYS33zP+GgMJVCDLp2w7uoz9N/RVqaFkCMjyhbwsEmxVgZifg2VThNKD7f4Q/KjXM2OVVINSukekP4yalrAPek7lsGMXwa7f6fmdavsB8eOFnhqQId3grs8ky/60zG8Dgpa7YESkbFqM/bU7g/V/oTw74NpBL1l4xNqX/ejvto3M6bPby5RrlFTnwtfe8OSkeBg0rj2Hr7go6dx4K1cKoq6rie1O2Z0d6E8O6OjEDiN6ZGkzHfXQN7LucxFaDKV6dMTeh4sAI07sRTQ9PkNfH0eAIWu2h798lRYNDzdpy6F6pg3tQl2dfTt9hZzPdLdF/dQWCEtHPlIBfYaqrDBMbe+FjahyaY6BO0LLD87Sb8wW3WR2tKqW0j6IU5f/TO62D4qoMFotCQ5VhKquC9m6UYKTjU53x9PZtoI2MlafSzqshLtGTjCYcZmtBuojCTst/tC++Kq/vGVGX8e0CGZy9ImS4py8uUZQetfVTRb2wY6hYmYrEWsawuS56z2nin78qieQeGzs+9x9I+ArRq3JSgQOkj0LDLQlOhTBtT0pTM/pvtAj4POBg3ImT7dg99BT34WBkxzYt82f0BzQkN+52/iQjyW8/prp0jL9QxCUi2P/fARDQjUM3zkZtCJMWGxsrtdO8sWQ8Ig+VJXHgZvFg0P865ZxsYlwxQTfjhBNyvCkwR7oU7uHevRLTPYOy00gnGRJ68cnkKS7KXNkxn44CxHl8Nzk7GKo6SHVrtnGthYCfUwQg8fKUqy5KNhEDDABuoyQzZXd/3LjxmJcNCTkx3Vt6cYeXoXSfOI/1TzqCAxP9t6sc2scLpN853UxNkiEtSqWZG30OdW9k8GYvi612hnBV0TggCEHADKT4VgPP8d6H/hNwb+4UFcWfFaX+5P8C2qHrGGpN4i5n1wVherBnd6Y9N/v2Ek2xaWQ0+UrTGYID7CD8lN0oIxgrjpq2iiWZl7Fg8nOk1dDM5Xj4xtpTJQXJgm1+h0ISzul8bQCPnsRbwHXy5ahEMdpymGwb3CBismrIn/BIjO5e99gPADPFYyDVrnP1203rVEnCv3o2IJMqWDB7WYZYfXZoisBFTVrMn5rks0N1art3f+OFo3t/1rJCdhNoYaAbfEnmhJOsUhAfRnbNeVoV1I9EEdS4BntNq902pZlIALqNCoLG/ofBBQT7rc9Ju2rTWZjVm23D9o0RTigCM2kwzTe7U18NvU2zqjTHoH51FkO3sb34VF6VgsMCYjaH0kCRN8Yhi/EEj6cBXUUgAHdKGjOiWS2LLclBwP1PszH+wuLZMfJBJR0BcUBfqOxnaChv6f719jBodJwU7kA5Q8qm0iLpgQ2hZej5ZDKnRKNSxF2RpywsamCldPQ1aL36+A6F9iGBW8QaXDL6WcVQ2AOLnEcQtlsytE+QPfdk7RyqzqRhG24r17N0dUZlOVy3AthKnwnE+AAABH6CIYYhoDkeUPGER+ONm6RFtyKOWN5C4GcNKs/cQRHmF9p4B/1qcMshttH3oqzFHfAbFkxSLTku0TH7NQbUAAAAABCA1CfUV7rEJ6JYAAAAAPgnXp0+N+EXSn79kRUbymTd11nz+ocMh02AAAAAAAAAAA="/></p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv9j2q09/dc278184-a262-4068-8fd3-73efe56dbe27/f9b5f190-ffdd-11ee-a65d-61c1e650eee9/file-1lv9j2q0a.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv9j2q09/dc278184-a262-4068-8fd3-73efe56dbe27/f9b5f190-ffdd-11ee-a65d-61c1e650eee9/file-1lv9j2q0a.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 - Aldehydes, Ketones and Carboxylic Acids Question 3 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv9j37ol/6315ec64-87d7-43ae-8d29-d826e96893df/075d6d50-ffde-11ee-a65d-61c1e650eee9/file-1lv9j37om.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv9j37ol/6315ec64-87d7-43ae-8d29-d826e96893df/075d6d50-ffde-11ee-a65d-61c1e650eee9/file-1lv9j37om.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 - Aldehydes, Ketones and Carboxylic Acids Question 3 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv9j3ljt/5ff1448a-3cc4-4dcb-acc1-0c37e1d6873b/1213bc90-ffde-11ee-a65d-61c1e650eee9/file-1lv9j3lju.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv9j3ljt/5ff1448a-3cc4-4dcb-acc1-0c37e1d6873b/1213bc90-ffde-11ee-a65d-61c1e650eee9/file-1lv9j3lju.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 - Aldehydes, Ketones and Carboxylic Acids Question 3 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lv9j3zz7/aac7eb4f-3011-4bde-aaad-e2a94f9cac86/1d38d330-ffde-11ee-a65d-61c1e650eee9/file-1lv9j3zz8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lv9j3zz7/aac7eb4f-3011-4bde-aaad-e2a94f9cac86/1d38d330-ffde-11ee-a65d-61c1e650eee9/file-1lv9j3zz8.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 - Aldehydes, Ketones and Carboxylic Acids Question 3 English Option 4\">"}] | ["B"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwf4ieii/1495e3ec-e82c-43ef-8598-83c2e594df98/f01df5a0-16bd-11ef-bcfd-9b363cca8beb/file-1lwf4ieij.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwf4ieii/1495e3ec-e82c-43ef-8598-83c2e594df98/f01df5a0-16bd-11ef-bcfd-9b363cca8beb/file-1lwf4ieij.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 - Aldehydes, Ketones and Carboxylic Acids Question 3 English Explanation"></p> | mcq | jee-main-2024-online-5th-april-evening-shift | 346 |
lv9s2sr1 | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>Consider the given chemical reaction :</p>
<p><img src="data:image/png;base64,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"/></p>
<p>Product "A" is :</p> | [{"identifier": "A", "content": "picric acid\n"}, {"identifier": "B", "content": "oxalic acid\n"}, {"identifier": "C", "content": "adipic acid\n"}, {"identifier": "D", "content": "acetic acid"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwf3277b/5b1766c7-b0d2-436f-8660-b8bd65db9731/4464e070-16b8-11ef-91c0-eff662e0b03e/file-1lwf3277c.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwf3277b/5b1766c7-b0d2-436f-8660-b8bd65db9731/4464e070-16b8-11ef-91c0-eff662e0b03e/file-1lwf3277c.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 - Aldehydes, Ketones and Carboxylic Acids Question 5 English Explanation"></p> | mcq | jee-main-2024-online-5th-april-evening-shift | 347 |
lv9s2srl | chemistry | aldehydes-ketones-and-carboxylic-acids | preparation,-properties-and-uses-of-carboxylic-acids | <p>The product C in the following sequence of reactions has ________ $$\pi$$ bonds.</p>
<p><img src="data:image/png;base64,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"/></p> | [] | null | 4 | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwf826d2/f162048a-8593-4a58-b2b4-5e1cfa8ece8f/d1642c70-16cb-11ef-bd9d-7758ad9fe458/file-1lwf826d3.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwf826d2/f162048a-8593-4a58-b2b4-5e1cfa8ece8f/d1642c70-16cb-11ef-bd9d-7758ad9fe458/file-1lwf826d3.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 - Aldehydes, Ketones and Carboxylic Acids Question 4 English Explanation"></p>
<p>Number of $$\pi$$ bonds in (C) = 4</p> | integer | jee-main-2024-online-5th-april-evening-shift | 348 |
jlJFlPXAVOC4t0DeBojgy2xukevm16qw | chemistry | aldehydes-ketones-and-carboxylic-acids | reactions-involving-aldehydes | The increasing order of the following
compounds towards HCN addition is :
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265889/exam_images/bactsg6nae2a4xvcxrjc.webp"/><img src="data:image/png;base64,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"/></picture> | [{"identifier": "A", "content": "(iii) < (iv) < (ii) < (i)"}, {"identifier": "B", "content": "(i) < (iii) < (iv) < (ii)"}, {"identifier": "C", "content": "(iii) < (i) < (iv) < (ii)"}, {"identifier": "D", "content": "(iii) < (iv) < (i) < (ii)"}] | ["C"] | null | In HCN, CN<sup>–</sup>
is acts as nucleophile, attack first that –CHO group which has maximum positive
charge. The magnitude of the (+ve) charge increases by –R and –I group. So reactivity order will
be
<br><picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267688/exam_images/tlm6vyujiah61p6xoibv.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265980/exam_images/fvyoja46jonhzf0xrx3r.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263897/exam_images/dzwfwqbczq6layvqlr2q.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 2nd September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 150 English Explanation"></picture> | mcq | jee-main-2020-online-2nd-september-morning-slot | 350 |
1l58e41ra | chemistry | aldehydes-ketones-and-carboxylic-acids | reactions-involving-aldehydes | <p>Which will have the highest enol content?</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bq3brn/c3ca679c-95c3-4a04-b6d3-a5d87b286c17/5bdf2a30-fe55-11ec-b169-b5046c590266/file-1l5bq3bro.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bq3brn/c3ca679c-95c3-4a04-b6d3-a5d87b286c17/5bdf2a30-fe55-11ec-b169-b5046c590266/file-1l5bq3bro.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 - Aldehydes, Ketones and Carboxylic Acids Question 85 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bq2xmp/20ae1c35-268e-47f4-aeb6-8087791489e0/50f37310-fe55-11ec-b169-b5046c590266/file-1l5bq2xmq.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bq2xmp/20ae1c35-268e-47f4-aeb6-8087791489e0/50f37310-fe55-11ec-b169-b5046c590266/file-1l5bq2xmq.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 - Aldehydes, Ketones and Carboxylic Acids Question 85 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bq2f7x/11aa25c7-d06b-4025-9813-e494aa87f5cf/42bab3d0-fe55-11ec-b169-b5046c590266/file-1l5bq2f7y.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bq2f7x/11aa25c7-d06b-4025-9813-e494aa87f5cf/42bab3d0-fe55-11ec-b169-b5046c590266/file-1l5bq2f7y.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 - Aldehydes, Ketones and Carboxylic Acids Question 85 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5bq1yg1/7156baf1-477d-4912-8d55-a26c4fa52098/35c57110-fe55-11ec-b169-b5046c590266/file-1l5bq1yg2.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5bq1yg1/7156baf1-477d-4912-8d55-a26c4fa52098/35c57110-fe55-11ec-b169-b5046c590266/file-1l5bq1yg2.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 - Aldehydes, Ketones and Carboxylic Acids Question 85 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l97q8byp/70fd8fd1-a59b-45c7-a192-b6df38a7be1a/a1fca010-4b53-11ed-86ad-0bb7aa407afc/file-1l97q8byq.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l97q8byp/70fd8fd1-a59b-45c7-a192-b6df38a7be1a/a1fca010-4b53-11ed-86ad-0bb7aa407afc/file-1l97q8byq.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 - Aldehydes, Ketones and Carboxylic Acids Question 85 English Explanation"> | mcq | jee-main-2022-online-26th-june-morning-shift | 351 |
1l5w687b6 | chemistry | aldehydes-ketones-and-carboxylic-acids | reactions-involving-aldehydes | <p>Choose the reaction which is not possible:</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5wj6vvq/f07fd7f6-b140-452a-9d41-9454a1f4d1a2/d491e860-09c6-11ed-aacd-cd06ee4162a1/file-1l5wj6vvr.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5wj6vvq/f07fd7f6-b140-452a-9d41-9454a1f4d1a2/d491e860-09c6-11ed-aacd-cd06ee4162a1/file-1l5wj6vvr.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 30th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 78 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5wj7fda/6e373ebf-f834-47c3-b9d4-357d3c88a470/e39faae0-09c6-11ed-aacd-cd06ee4162a1/file-1l5wj7fdb.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5wj7fda/6e373ebf-f834-47c3-b9d4-357d3c88a470/e39faae0-09c6-11ed-aacd-cd06ee4162a1/file-1l5wj7fdb.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 30th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 78 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5wj7tzm/80e240d6-b02f-416e-8e1a-a05bdb35e190/eeeb0e30-09c6-11ed-aacd-cd06ee4162a1/file-1l5wj7tzn.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5wj7tzm/80e240d6-b02f-416e-8e1a-a05bdb35e190/eeeb0e30-09c6-11ed-aacd-cd06ee4162a1/file-1l5wj7tzn.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 30th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 78 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5wj89v2/95d241ae-5cd2-4940-82c7-ef70d1bc7ecd/fb2df0e0-09c6-11ed-aacd-cd06ee4162a1/file-1l5wj89v3.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5wj89v2/95d241ae-5cd2-4940-82c7-ef70d1bc7ecd/fb2df0e0-09c6-11ed-aacd-cd06ee4162a1/file-1l5wj89v3.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 30th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 78 English Option 4\">"}] | ["D"] | null | Fehling reagent (aq. $\mathrm{CuSO}_{4}\,+$ alkaline Sodium potassium tartarate) can not oxidised aromatic aldehydes. | mcq | jee-main-2022-online-30th-june-morning-shift | 352 |
1l5w68z7w | chemistry | aldehydes-ketones-and-carboxylic-acids | reactions-involving-aldehydes | <p>Which among the following will be the major product of the given 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/1l5wjdeg6/d5db43ad-ab0c-4a5a-aca0-27b8240c8e14/89c4a060-09c7-11ed-aacd-cd06ee4162a1/file-1l5wjdeg7.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5wjdeg6/d5db43ad-ab0c-4a5a-aca0-27b8240c8e14/89c4a060-09c7-11ed-aacd-cd06ee4162a1/file-1l5wjdeg7.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 30th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 76 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5wjdxnm/086c053f-0fb6-4020-af55-3f6a2c00df0f/989ad820-09c7-11ed-aacd-cd06ee4162a1/file-1l5wjdxnn.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5wjdxnm/086c053f-0fb6-4020-af55-3f6a2c00df0f/989ad820-09c7-11ed-aacd-cd06ee4162a1/file-1l5wjdxnn.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 30th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 76 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5wjed2t/1fbdda7e-80e7-46d3-bfbb-6017cb41fa85/a4849e50-09c7-11ed-aacd-cd06ee4162a1/file-1l5wjed2u.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5wjed2t/1fbdda7e-80e7-46d3-bfbb-6017cb41fa85/a4849e50-09c7-11ed-aacd-cd06ee4162a1/file-1l5wjed2u.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 30th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 76 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l5wjeyb7/f9fb6872-bc7e-4fe8-a535-2ca26a6ea4a1/b4ebaf40-09c7-11ed-aacd-cd06ee4162a1/file-1l5wjeyb8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l5wjeyb7/f9fb6872-bc7e-4fe8-a535-2ca26a6ea4a1/b4ebaf40-09c7-11ed-aacd-cd06ee4162a1/file-1l5wjeyb8.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 30th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 76 English Option 4\">"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l8jtfau6/ebe24db8-49d7-48dd-ab01-3e93dcb500bf/4f952be0-3e2d-11ed-a090-dfaa6ae67ea5/file-1l8jtfau7.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l8jtfau6/ebe24db8-49d7-48dd-ab01-3e93dcb500bf/4f952be0-3e2d-11ed-a090-dfaa6ae67ea5/file-1l8jtfau7.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 60vh" alt="JEE Main 2022 (Online) 30th June Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 76 English Explanation"> | mcq | jee-main-2022-online-30th-june-morning-shift | 353 |
1l6rkp2ok | chemistry | aldehydes-ketones-and-carboxylic-acids | reactions-involving-aldehydes | <p>Correct structure of $$\gamma$$-methylcyclohexane carbaldehyde is</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6tbmals/3789529f-f3f3-4775-ab1f-c16191323133/157a7300-1bcf-11ed-bd9f-71db3a4811b2/file-1l6tbmalt.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6tbmals/3789529f-f3f3-4775-ab1f-c16191323133/157a7300-1bcf-11ed-bd9f-71db3a4811b2/file-1l6tbmalt.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 29th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 62 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6tbmqwr/7214814d-d656-4f0f-b113-27990f58d113/2212c8b0-1bcf-11ed-bd9f-71db3a4811b2/file-1l6tbmqws.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6tbmqwr/7214814d-d656-4f0f-b113-27990f58d113/2212c8b0-1bcf-11ed-bd9f-71db3a4811b2/file-1l6tbmqws.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 29th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 62 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6tbn85v/cac6999c-8eb6-42e8-922e-da6c92c69ca7/2f66a630-1bcf-11ed-bd9f-71db3a4811b2/file-1l6tbn85w.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6tbn85v/cac6999c-8eb6-42e8-922e-da6c92c69ca7/2f66a630-1bcf-11ed-bd9f-71db3a4811b2/file-1l6tbn85w.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 29th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 62 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6tbnmzk/95e619fa-7530-4892-969b-f2ed23bf5b10/3ada5200-1bcf-11ed-bd9f-71db3a4811b2/file-1l6tbnmzl.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6tbnmzk/95e619fa-7530-4892-969b-f2ed23bf5b10/3ada5200-1bcf-11ed-bd9f-71db3a4811b2/file-1l6tbnmzl.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 29th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 62 English Option 4\">"}] | ["A"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7npqq0r/5c0a4a2d-8e62-408c-bfd2-10191d005e00/d3e9f0b0-2c85-11ed-a521-1f85f535c206/file-1l7npqq0s.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7npqq0r/5c0a4a2d-8e62-408c-bfd2-10191d005e00/d3e9f0b0-2c85-11ed-a521-1f85f535c206/file-1l7npqq0s.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 29th July Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 62 English Explanation">
<br><br>$\gamma$-Methyl cyclohexane carbaldehyde | mcq | jee-main-2022-online-29th-july-evening-shift | 355 |
6sdOsvsLIgW18g66 | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | Silver Mirror test is given by which one of the following compounds ? | [{"identifier": "A", "content": "Acetone "}, {"identifier": "B", "content": "Formaldehyde "}, {"identifier": "C", "content": "Benzophenone "}, {"identifier": "D", "content": "Acetaldehyde "}] | null | null | $$(a,c)$$ Both formaldehyde and acetaldehyde give silver mirror with Tollen's reagent. | mcqm | aieee-2011 | 357 |
BHnOPHD2ez8uWd68rz6hy | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | Which is the most suitable reagent for the following transformation ?
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "alkaline KMnO<sub>4</sub>"}, {"identifier": "B", "content": "Tollen's reagent "}, {"identifier": "C", "content": "I<sub>2</sub>/NaOH"}, {"identifier": "D", "content": "CrO<sub>2</sub>Cl<sub>2</sub>/CS<sub>2</sub>"}] | ["C"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264664/exam_images/xhkgycvsb4dfopoujfxy.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267546/exam_images/yh8hdnidcpoembf1nwbd.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266965/exam_images/smbmiluj9bzayohsjp2y.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267247/exam_images/vbggtkj1wagrn9m3rdiz.webp"><source media="(max-width: 1040px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267301/exam_images/huwt2kifvtlobb9alacb.webp"><source media="(max-width: 1220px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264208/exam_images/faopzzr3ttocrkmpqjiq.webp"><source media="(max-width: 1400px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267217/exam_images/zvifm0j2nwxylad5v9nf.webp"><source media="(max-width: 1580px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265722/exam_images/ydqcur4aevmbvs8ey3sr.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265619/exam_images/g0r3fu3zhvnpctdcqvie.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 178 English Explanation"></picture> | mcq | jee-main-2019-online-10th-january-evening-slot | 359 |
ybUJySRGZ5rEs44h0E3rsa0w2w9jx0ucc4t | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | Compound A(C<sub>9</sub>H<sub>10</sub>O) shows positive iodoform test. Oxidation of A with KMnO<sub>4</sub>/KOH given acid
B(C<sub>8</sub>H<sub>6</sub>O<sub>4</sub>). Anhydride of B is used for the preparation of phenolphthalein. Compound A is: | [{"identifier": "A", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266727/exam_images/zxlbunqbtkvipewmmrnw.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265156/exam_images/awpzvr85ivtovjhr8rqx.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 161 English Option 1\"></picture>"}, {"identifier": "B", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267318/exam_images/xtezqf5mtnyl2qlzbg6b.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265222/exam_images/sugrnwi6ikvhf6unmbgd.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 161 English Option 2\"></picture>"}, {"identifier": "C", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267040/exam_images/pm4yaovqwqfyfu2ftkph.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263434/exam_images/hsaywo6za2hrogkeewpi.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 161 English Option 3\"></picture>"}, {"identifier": "D", "content": "<picture><source media=\"(max-width: 320px)\" srcset=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265035/exam_images/lpgsjzvzl54qfrpg5lfy.webp\"><img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266807/exam_images/sf2qajhbvziiir6srues.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2019 (Online) 10th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 161 English Option 4\"></picture>"}] | ["D"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266811/exam_images/alyrdlbhxb1vfhzmon82.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266113/exam_images/vyz8htaxtwhyhwlxnkz1.webp"><source media="(max-width: 680px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265195/exam_images/cx1pjj9stesuclljxcab.webp"><source media="(max-width: 860px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267781/exam_images/jk8241u3swhwgvt4dfz5.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267160/exam_images/zfn9okkk6pkkaojeyfhn.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 10th April Evening Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 161 English Explanation"></picture> | mcq | jee-main-2019-online-10th-april-evening-slot | 360 |
9bR7LLngJCY9Bc53BOjgy2xukf7tmox9 | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | An organic compound (A) (molecular formula
C<sub>6</sub>H<sub>12</sub>O<sub>2</sub>) was hydrolysed with dil. H<sub>2</sub>SO<sub>4</sub> to give
a carboxylic acid (B) and an alcohol (C). ‘C’
gives white turbidity immediately when treated
with anhydrous ZnCl<sub>2</sub> and conc. HCl. The
organic compound (A) is : | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264458/exam_images/vxwmhc81rlxmgjkok8dq.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 143 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266172/exam_images/xjp5hr6xjybd7yoqowi0.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 143 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734263511/exam_images/nr6pbihe6jqqmxmdansc.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 143 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264650/exam_images/mr7husjhsgzu0sok6smx.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 143 English Option 4\">"}] | ["D"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264225/exam_images/h0d0bag0spsjiaeusgza.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 143 English Explanation"> | mcq | jee-main-2020-online-4th-september-morning-slot | 361 |
Cav9RjZYrYvXTKqtM51klus87ww | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | 2, 4-DNP test can be used to identify : | [{"identifier": "A", "content": "ether"}, {"identifier": "B", "content": "amine"}, {"identifier": "C", "content": "aldehyde"}, {"identifier": "D", "content": "halogens"}] | ["C"] | null | 2,4 DNP test is used to identify
– (CO) – group. It
gives addition reaction with carbonyl
compounds. So, it can be used to identify
aldehyde in the given option. It gives yellow/
orange ppt with carbonyl containing
compounds.
<br><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263687/exam_images/dgz4kaenmlgfyszjbim7.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 26th February Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 123 English Explanation"> | mcq | jee-main-2021-online-26th-february-evening-slot | 362 |
AnSbr7rr2nJNKomoGi1kmm1mrxa | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | In Tollen's test for aldehyde, the overall number of electron(s) transferred to the Tollen's reagent formula [Ag(NH<sub>3</sub>)<sub>2</sub>]<sup>+</sup> per aldehyde group to form silver mirror is ___________. (Round off to the Nearest Integer). | [] | null | 2 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kxpysbb9/c1940ab0-de95-4652-a7f9-ca6749f2162f/99d7a750-67c8-11ec-876a-c595023c9bc7/file-1kxpysbba.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kxpysbb9/c1940ab0-de95-4652-a7f9-ca6749f2162f/99d7a750-67c8-11ec-876a-c595023c9bc7/file-1kxpysbba.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2021 (Online) 18th March Evening Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 111 English Explanation">
<br><br>Total 2e<sup>-</sup>
transfer to Tollen's reagent. | integer | jee-main-2021-online-18th-march-evening-shift | 363 |
1krq6aop8 | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | <img src="data:image/png;base64,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"/><br/>Which among the above compound/s does/do not form Silver mirror when treated with Tollen's reagent? | [{"identifier": "A", "content": "(I), (III) and (IV) only"}, {"identifier": "B", "content": "Only (IV)"}, {"identifier": "C", "content": "Only (II)"}, {"identifier": "D", "content": "(III) and (IV) only"}] | ["C"] | null | <p> Only compound (II) which has ketonic group does not form silver mirror when treated with Tollen’s reagent.
Because Tollen’s reagent oxidises an aldehyde into the corresponding carboxylic acid. Ketones are not oxidised by Tollen’s reagent, so the treatment of a ketone with Tollen’s reagent in a glass test tube does not result in a silver mirror. Aldehydes give positive Tollen’s test (silver mirror test). </p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l2plga66/7f00628d-262d-4040-96f1-02f817649f0a/897779e0-ca91-11ec-ace3-f5b4d86f7970/file-1l2plga67.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l2plga66/7f00628d-262d-4040-96f1-02f817649f0a/897779e0-ca91-11ec-ace3-f5b4d86f7970/file-1l2plga67.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2021 (Online) 20th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 110 English Explanation"></p> | mcq | jee-main-2021-online-20th-july-morning-shift | 364 |
1krus2jhv | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267141/exam_images/m4pgyvlokxatuq0r49cy.webp"/><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265431/exam_images/i0fjosalajcmenwtmfqa.webp"/><img src="data:image/png;base64,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"/></picture><br/>Consider the given reaction, the product 'X' is : | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264472/exam_images/upmzy4wdqsvzo5s2dbq4.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 106 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265914/exam_images/h1epy1t0too5cfsznztl.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 106 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264878/exam_images/zitkr99d8w4cdgbrkhs0.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 106 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265090/exam_images/dt8zwtioddyyppkmherb.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 25th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 106 English Option 4\">"}] | ["D"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265988/exam_images/dttahgys2qsx6qoettup.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 25th July Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 106 English Explanation"> | mcq | jee-main-2021-online-25th-july-morning-shift | 365 |
1l6gqrfua | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | <p>The products formed in the following reaction, A and B 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/1l6hz5tjq/297ed14a-ea98-4969-a133-8e912455e812/bea99760-1591-11ed-abd2-c5f8c222b719/file-1l6hz5tjr.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6hz5tjq/297ed14a-ea98-4969-a133-8e912455e812/bea99760-1591-11ed-abd2-c5f8c222b719/file-1l6hz5tjr.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 - Aldehydes, Ketones and Carboxylic Acids Question 70 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6hz68sw/0b949e94-7ea8-4e62-9a32-feda4a5ca05f/ca724100-1591-11ed-abd2-c5f8c222b719/file-1l6hz68sx.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6hz68sw/0b949e94-7ea8-4e62-9a32-feda4a5ca05f/ca724100-1591-11ed-abd2-c5f8c222b719/file-1l6hz68sx.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 - Aldehydes, Ketones and Carboxylic Acids Question 70 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6hz6qzy/4433b174-0023-4d04-a5b5-c79cbc4d0da3/d88094e0-1591-11ed-abd2-c5f8c222b719/file-1l6hz6qzz.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6hz6qzy/4433b174-0023-4d04-a5b5-c79cbc4d0da3/d88094e0-1591-11ed-abd2-c5f8c222b719/file-1l6hz6qzz.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 - Aldehydes, Ketones and Carboxylic Acids Question 70 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6hz76rb/ed8114dc-afff-4394-bec8-660a79388f20/e4ad3070-1591-11ed-abd2-c5f8c222b719/file-1l6hz76rc.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6hz76rb/ed8114dc-afff-4394-bec8-660a79388f20/e4ad3070-1591-11ed-abd2-c5f8c222b719/file-1l6hz76rc.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 - Aldehydes, Ketones and Carboxylic Acids Question 70 English Option 4\">"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc5m72zl/d0b848e0-820d-43bd-a2a0-4f12f17b3abc/ef90d510-858e-11ed-a4e1-239777dab634/file-1lc5m72zm.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc5m72zl/d0b848e0-820d-43bd-a2a0-4f12f17b3abc/ef90d510-858e-11ed-a4e1-239777dab634/file-1lc5m72zm.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 - Aldehydes, Ketones and Carboxylic Acids Question 70 English Explanation"><br><br>
NaBH<sub>4</sub> does not reduce carboxylic acid. | mcq | jee-main-2022-online-26th-july-morning-shift | 367 |
1l6kuvln8 | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | <p>The spin only magnetic moment of the complex present in Fehling's reagent is __________ B.M. (Nearest integer).</p> | [] | null | 2 | In the complex present in Fehling's reagent, $\mathrm{Cu}^{+2}$ ion is present.
<br/><br/>
So, spin only magnetic moment
<br/><br/>
$$
=\sqrt{1(1+2)}
$$
<br/><br/>
$$
\begin{aligned}
& =\sqrt{3} \simeq 2 \mathrm{~B} . \mathrm{M}
\end{aligned}
$$ | integer | jee-main-2022-online-27th-july-evening-shift | 368 |
ldo9stfn | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | The number of molecules which gives the haloform test among the following molecules is ________.
<br/><br/>
<img src="data:image/png;base64,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"/> | [] | null | 3 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lectdvbd/29fed490-3141-4d41-ad74-32b1bab398b5/f782ab90-b11c-11ed-b393-e7fb130a46e6/file-1lectdvbe.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lectdvbd/29fed490-3141-4d41-ad74-32b1bab398b5/f782ab90-b11c-11ed-b393-e7fb130a46e6/file-1lectdvbe.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 - Aldehydes, Ketones and Carboxylic Acids Question 58 English Explanation"> | integer | jee-main-2023-online-31st-january-evening-shift | 369 |
1ldolq55s | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | <p>Number of isomeric compounds with molecular formula $$\mathrm{C}_{9} \mathrm{H}_{10} \mathrm{O}$$ which (i) do not dissolve in $$\mathrm{NaOH}$$ (ii) do not dissolve in $$\mathrm{HCl}$$. (iii) do not give orange precipitate with 2,4-DNP (iv) on hydrogenation give identical compound with molecular formula $$\mathrm{C}_{9} \mathrm{H}_{12} \mathrm{O}$$ is ____________.</p> | [] | null | 2 | <p>2 possibilities</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1ldx6iypp/c0372b7c-5364-439a-a91c-30d198f825c9/d1782ed0-a883-11ed-99b3-79cb23978059/file-1ldx6iypq.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1ldx6iypp/c0372b7c-5364-439a-a91c-30d198f825c9/d1782ed0-a883-11ed-99b3-79cb23978059/file-1ldx6iypq.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 50vh" alt="JEE Main 2023 (Online) 1st February Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 57 English Explanation"></p> | integer | jee-main-2023-online-1st-february-morning-shift | 370 |
1ldr3swmj | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | <p>Which of the following compounds would give the following set of qualitative analysis ?</p>
<p>(i) Fehling's Test : Positive</p>
<p>(ii) Na fusion extract upon treatment with sodium nitroprusside gives a blood red colour but not prussian blue.</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldrewdom/8de08289-83c7-4ac3-a174-333c02cd320d/dbb05e60-a557-11ed-803e-f1576252b48d/file-1ldrewdon.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldrewdom/8de08289-83c7-4ac3-a174-333c02cd320d/dbb05e60-a557-11ed-803e-f1576252b48d/file-1ldrewdon.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 30th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 51 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldrewsf6/1e4f75da-a756-4024-aef8-fcbcaeb750e5/e712cc20-a557-11ed-803e-f1576252b48d/file-1ldrewsf7.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldrewsf6/1e4f75da-a756-4024-aef8-fcbcaeb750e5/e712cc20-a557-11ed-803e-f1576252b48d/file-1ldrewsf7.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 30th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 51 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldrex736/b1cea31b-c9d8-4857-934c-81636ffddf3b/f2673020-a557-11ed-803e-f1576252b48d/file-1ldrex737.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldrex736/b1cea31b-c9d8-4857-934c-81636ffddf3b/f2673020-a557-11ed-803e-f1576252b48d/file-1ldrex737.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 30th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 51 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldrexsau/a4a1bf6c-5c5a-4bc7-b946-983ac89ebd97/02ca2260-a558-11ed-803e-f1576252b48d/file-1ldrexsav.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldrexsau/a4a1bf6c-5c5a-4bc7-b946-983ac89ebd97/02ca2260-a558-11ed-803e-f1576252b48d/file-1ldrexsav.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2023 (Online) 30th January Morning Shift Chemistry - Aldehydes, Ketones and Carboxylic Acids Question 51 English Option 4\">"}] | ["A"] | null | Aromatic aldehydes do not respond Fehling's test. $(\mathrm{B}),(\mathrm{C}),(\mathrm{D})$ are aromatic aldehydes.<br/><br/>
If $\mathrm{N}$ and $\mathrm{S}$ attached with carbon atom give blood red with sodium nitroprusside gives a blood red colour but not prussian blue. | mcq | jee-main-2023-online-30th-january-morning-shift | 371 |
1lgrlmtro | chemistry | aldehydes-ketones-and-carboxylic-acids | tests-for-aldehyde-and-ketones | <p>The mass of NH$$_3$$ produced when 131.8 kg of cyclohexanecarbaldehyde undergoes Tollen's test is ________ kg. (Nearest Integer)</p>
<p>Molar Mass of</p>
<p>C = 12g/mol</p>
<p>N = 14g/mol</p>
<p>O = 16g/mol</p> | [] | null | 60 | $$
\begin{aligned}
& \mathrm{RCHO}+2\left[\mathrm{Ag}\left(\mathrm{NH}_3\right)_2\right] \mathrm{OH} \rightarrow \mathrm{RCOONH}_4+2 \mathrm{Ag} +3 \mathrm{NH}_3+\mathrm{H}_2 \mathrm{O} \\\\
& \text {moles }=\frac{131.8 \times 10^3}{112}=1.176 \times 10^3 \\\\
& 1 \text { mole of aldehyde produces } 3 \text { moles of } \mathrm{NH}_3 \\\\
& 1.176 \times 10^3 \mathrm{~mol} \text { aldehyde will produce } \\\\
& =3 \times 1.176 \times 10^3 \text { moles of } \mathrm{NH}_3 \\\\
& \text {Mass of } \mathrm{NH}_3 \text { produced }=3 \times 1.176 \times 10^3 \times 17 \\\\
& =59.97 \times 10^3 \mathrm{~g} \\\\
& \approx 60~ \mathrm{kg}
\end{aligned}
$$ | integer | jee-main-2023-online-12th-april-morning-shift | 372 |
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