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1l6f82qm0 | chemistry | basics-of-organic-chemistry | isomerism | <p>The total number of monobromo derivatives formed by the alkanes with molecular formula C<sub>5</sub>H<sub>12</sub> is (excluding stereo isomers) __________.</p> | [] | null | 8 | <p>Total monobromo derivatives = 8</p><p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc8kimi5/3938c4fb-7719-4529-a298-07bea9042d7e/b83b41d0-872e-11ed-93b3-c381a41bf82e/file-1lc8kimi6.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc8kimi5/3938c4fb-7719-4529-a298-07bea9042d7e/b83b41d0-872e-11ed-93b3-c381a41bf82e/file-1lc8kimi6.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 80vh" alt="JEE Main 2022 (Online) 25th July Evening Shift Chemistry - Basics of Organic Chemistry Question 96 English Explanation"></p> | integer | jee-main-2022-online-25th-july-evening-shift |
1l6i6l8d2 | chemistry | basics-of-organic-chemistry | isomerism | <p>Total number of isomers (including stereoisomers) obtained on monochlorination of methylcyclohexane is ___________.</p> | [] | null | 12 | <p>Compounds formed on mono-chlorination of
methylcyclohexane are :</p><p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc8l4iwt/9e7d76ee-882e-4c42-9a6f-7ada4599eded/1941e6d0-8731-11ed-806b-d74011098e63/file-1lc8l4iwu.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc8l4iwt/9e7d76ee-882e-4c42-9a6f-7ada4599eded/1941e6d0-8731-11ed-806b-d74011098e63/file-1lc8l4iwu.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 26th July Evening Shift Chemistry - Basics of Organic Chemistry Question 91 English Explanation"></p>
<p>$\therefore$ Total mono-chlorinated products formed = 12</p> | integer | jee-main-2022-online-26th-july-evening-shift |
1l6jo3nj6 | chemistry | basics-of-organic-chemistry | isomerism | <p>Optical activity of an enantiomeric mixture is $$+12.6^{\circ}$$ and the specific rotation of $$(+)$$ isomer is $$+30^{\circ}$$. The optical purity is __________$$\%$$.</p> | [] | null | 42 | Optical purity $=\frac{\text { Total rotation }}{\text { Specific rotation }} \times 100$
<br/><br/>
$$
\begin{aligned}
&=\frac{12 \cdot 6}{30} \times 100 \\\\
&=42 \%
\end{aligned}
$$ | integer | jee-main-2022-online-27th-july-morning-shift |
1l6rkuvge | chemistry | basics-of-organic-chemistry | isomerism | <p>Given below are two statements.</p>
<p>Statement I : The compound <img src="data:image/png;base64,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"/> is optically active.</p>
<p>Statement II : <img src="data:image/png;base64,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"/> is mirror image of above compound A.</p>
<p>In the light of the above statement, choose the most appropriate answer from the options given below.</p> | [{"identifier": "A", "content": "Both Statement I and Statement II are correct."}, {"identifier": "B", "content": "Both Statement I and Statement II are incorrect."}, {"identifier": "C", "content": "Statement I is correct but Statement II is incorrect."}, {"identifier": "D", "content": "Statement I is incorrect but Statement II is correct."}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l7nqbxfn/23f059cc-8628-4a7d-b146-5c6d7064f40d/21a1f530-2c88-11ed-a521-1f85f535c206/file-1l7nqbxfo.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l7nqbxfn/23f059cc-8628-4a7d-b146-5c6d7064f40d/21a1f530-2c88-11ed-a521-1f85f535c206/file-1l7nqbxfo.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 - Basics of Organic Chemistry Question 82 English Explanation">
<br><br>Compound (A) in Statement-I and compound in
Statement-II is not the mirror image of (I). | mcq | jee-main-2022-online-29th-july-evening-shift |
1ldolqw8y | chemistry | basics-of-organic-chemistry | isomerism | <p>The total number of chiral compound/s from the following is ______________.</p>
<p><img src="data:image/png;base64,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"/></p> | [] | null | 2 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1ldx6es8n/eaa9044e-1993-422c-8c67-c8091c74fb18/5d3b8f80-a883-11ed-99b3-79cb23978059/file-1ldx6es8o.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1ldx6es8n/eaa9044e-1993-422c-8c67-c8091c74fb18/5d3b8f80-a883-11ed-99b3-79cb23978059/file-1ldx6es8o.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 45vh" alt="JEE Main 2023 (Online) 1st February Morning Shift Chemistry - Basics of Organic Chemistry Question 80 English Explanation 1"><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1ldx6fvdg/31e60538-f729-4063-9f7f-84c3dfefef96/7b763540-a883-11ed-99b3-79cb23978059/file-1ldx6fvdh.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1ldx6fvdg/31e60538-f729-4063-9f7f-84c3dfefef96/7b763540-a883-11ed-99b3-79cb23978059/file-1ldx6fvdh.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 - Basics of Organic Chemistry Question 80 English Explanation 2"><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1ldx6g8wi/5ee4fc86-e6d0-449f-9f1b-0bd98470589f/85e9af20-a883-11ed-99b3-79cb23978059/file-1ldx6g8wj.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1ldx6g8wi/5ee4fc86-e6d0-449f-9f1b-0bd98470589f/85e9af20-a883-11ed-99b3-79cb23978059/file-1ldx6g8wj.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 - Basics of Organic Chemistry Question 80 English Explanation 3">
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lfhiezn2/53639dbe-7864-4412-881e-1ee2e2ff2841/34dda0e0-c77e-11ed-851a-a5fe3e8b84ab/file-1lfhiezn3.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lfhiezn2/53639dbe-7864-4412-881e-1ee2e2ff2841/34dda0e0-c77e-11ed-851a-a5fe3e8b84ab/file-1lfhiezn3.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2023 (Online) 1st February Morning Shift Chemistry - Basics of Organic Chemistry Question 80 English Explanation 4"> | integer | jee-main-2023-online-1st-february-morning-shift |
1ldukubxv | chemistry | basics-of-organic-chemistry | isomerism | <p>Which of the following conformations will be the most stable?</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvbpdhy/0695ff1e-84d3-4bb7-aefd-1578a9f52d6b/8017ba70-a77e-11ed-a5e3-ff739bca566a/file-1ldvbpdhz.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvbpdhy/0695ff1e-84d3-4bb7-aefd-1578a9f52d6b/8017ba70-a77e-11ed-a5e3-ff739bca566a/file-1ldvbpdhz.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 - Basics of Organic Chemistry Question 75 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvbpq7f/778732ac-01c2-45aa-b996-6ea43f1dafa6/89e88bb0-a77e-11ed-a5e3-ff739bca566a/file-1ldvbpq7g.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvbpq7f/778732ac-01c2-45aa-b996-6ea43f1dafa6/89e88bb0-a77e-11ed-a5e3-ff739bca566a/file-1ldvbpq7g.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 - Basics of Organic Chemistry Question 75 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvbq41t/b848c512-47f4-40e9-abcf-39e18b86a9b9/949a4710-a77e-11ed-a5e3-ff739bca566a/file-1ldvbq41u.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvbq41t/b848c512-47f4-40e9-abcf-39e18b86a9b9/949a4710-a77e-11ed-a5e3-ff739bca566a/file-1ldvbq41u.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 - Basics of Organic Chemistry Question 75 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1ldvbobfg/8616a249-a9a7-4f30-9087-acdbe92ad24b/62af31c0-a77e-11ed-a5e3-ff739bca566a/file-1ldvbobfh.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1ldvbobfg/8616a249-a9a7-4f30-9087-acdbe92ad24b/62af31c0-a77e-11ed-a5e3-ff739bca566a/file-1ldvbobfh.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 - Basics of Organic Chemistry Question 75 English Option 4\">"}] | ["A"] | null | Conformation <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1ldvbpdhy/0695ff1e-84d3-4bb7-aefd-1578a9f52d6b/8017ba70-a77e-11ed-a5e3-ff739bca566a/file-1ldvbpdhz.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1ldvbpdhy/0695ff1e-84d3-4bb7-aefd-1578a9f52d6b/8017ba70-a77e-11ed-a5e3-ff739bca566a/file-1ldvbpdhz.png" loading="lazy" style="max-width: 100%; height: auto; display: inline-block; vertical-align:middle ; margin: 0px auto; max-height: 30vh;" alt="JEE Main 2023 (Online) 25th January Morning Shift Chemistry - Basics of Organic Chemistry Question 75 English Explanation"> has lowest
vanderwaal and torsional strain. Hence it must be
most stable. | mcq | jee-main-2023-online-25th-january-morning-shift |
lsap6gz4 | chemistry | basics-of-organic-chemistry | isomerism | Total number of isomeric compounds (including stereoisomers) formed by monochlorination of 2-methylbutane is _______ . | [] | null | 6 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsc7wqqe/db5fdf97-a5b3-472d-8eab-4849087301a7/02cebf60-c5f4-11ee-aa4b-f71eea116538/file-6y3zli1lsc7wqqf.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lsc7wqqe/db5fdf97-a5b3-472d-8eab-4849087301a7/02cebf60-c5f4-11ee-aa4b-f71eea116538/file-6y3zli1lsc7wqqf.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 Evening Shift Chemistry - Basics of Organic Chemistry Question 59 English Explanation"> | integer | jee-main-2024-online-1st-february-evening-shift |
lsbn4uhh | chemistry | basics-of-organic-chemistry | isomerism | Number of optical isomers possible for 2-chlorobutane ________. | [] | null | 2 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsfa5r61/fff6f7d2-9848-4db7-accb-7bc6f69c8222/29a1cb90-c7a3-11ee-a4c7-e152a9884fc5/file-6y3zli1lsfa5r62.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lsfa5r61/fff6f7d2-9848-4db7-accb-7bc6f69c8222/29a1cb90-c7a3-11ee-a4c7-e152a9884fc5/file-6y3zli1lsfa5r62.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 - Basics of Organic Chemistry Question 55 English Explanation 1">
<br>There is one chiral centre present in given compound.
<br><br>So, Total optical isomers $=2$
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsfa5o4j/2fe1c0f4-1134-437f-9350-5b19fe6aac15/27482420-c7a3-11ee-a4c7-e152a9884fc5/file-6y3zli1lsfa5o4k.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lsfa5o4j/2fe1c0f4-1134-437f-9350-5b19fe6aac15/27482420-c7a3-11ee-a4c7-e152a9884fc5/file-6y3zli1lsfa5o4k.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 - Basics of Organic Chemistry Question 55 English Explanation 2"> | integer | jee-main-2024-online-1st-february-morning-shift |
jaoe38c1lsc6lz03 | chemistry | basics-of-organic-chemistry | isomerism | <p>3-Methylhex-2-ene on reaction with $$\mathrm{HBr}$$ in presence of peroxide forms an addition product (A). The number of possible stereoisomers for '$$\mathrm{A}$$' is ________.</p> | [] | null | 4 | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lscvu2qc/e0ce7a11-d8d7-434f-a962-8fbf6b21ed37/93bf9140-c651-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscvu2qd.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lscvu2qc/e0ce7a11-d8d7-434f-a962-8fbf6b21ed37/93bf9140-c651-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscvu2qd.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 27th January Morning Shift Chemistry - Basics of Organic Chemistry Question 52 English Explanation"> | integer | jee-main-2024-online-27th-january-morning-shift |
jaoe38c1lscrvirz | chemistry | basics-of-organic-chemistry | isomerism | <p>The incorrect statement regarding conformations of ethane is :</p> | [{"identifier": "A", "content": "The dihedral angle in staggered conformation is $$60^{\\circ}$$.\n"}, {"identifier": "B", "content": "Ethane has infinite number of conformations.\n"}, {"identifier": "C", "content": "Eclipsed conformation is the most stable conformation.\n"}, {"identifier": "D", "content": "The conformations of ethane are inter-convertible to one-another."}] | ["C"] | null | <p>The statement regarding conformations of ethane that is incorrect is:</p>
<p>Option C - Eclipsed conformation is the most stable conformation.</p>
<p>To explain why Option C is incorrect, let's analyze all the options:</p>
<p>Option A: "The dihedral angle in staggered conformation is $$60^{\circ}$$."
This statement is incorrect. In staggered conformation, the dihedral angle, or the angle between the planes containing the hydrogen atoms, is actually $$60^{\circ}$$. However, the staggered form is not unique; it refers to the form where any given pair of hydrogens on adjacent carbons has this dihedral angle, but rotating the molecule can yield a variety of staggered conformations with different specific hydrogen atoms at the $$60^{\circ}$$ dihedral angle. The full rotation of one ethyl group relative to the other through $$360^{\circ}$$ creates a cycle where the staggered conformation occurs every $$120^{\circ}$$.</p>
<p>Option B: "Ethane has infinite number of conformations."
This statement is correct. The rotation around the carbon-carbon single bond (sigma bond) is relatively free, so ethane can theoretically adopt an infinite number of conformations between the two extremes of staggered and eclipsed. These conformations can have very slight differences in angles, resulting in finely varied overlap of electron clouds.</p>
<p>Option C: "Eclipsed conformation is the most stable conformation."
This statement is incorrect, which makes it the answer to the question. The eclipsed conformation is actually the least stable conformation of ethane due to the increased torsional strain from electron repulsion. The electron clouds of the bonding pairs of hydrogens on adjacent carbons are aligned in such a way as to be as close to each other as possible, increasing repulsion. The most stable conformation is the staggered conformation, where the groups are as far apart as possible, reducing repulsion.</p>
<p>Option D: "The conformations of ethane are inter-convertible to one-another."
This statement is correct. As you rotate around the carbon-carbon single bond, the conformations continuously change from one to another. This interconversion can be quite rapid and occurs without the need for a high energy input under normal conditions.</p>
<p>Thus, the incorrect statement is Option C.</p> | mcq | jee-main-2024-online-27th-january-evening-shift |
jaoe38c1lscs5lq4 | chemistry | basics-of-organic-chemistry | isomerism | <p>Total number of compounds with Chiral carbon atoms from following is _________.</p>
<p><img src="data:image/png;base64,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| [] | null | 5 | <p>Chiral carbons are marked by,</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lt1p2b1f/7bb281fb-8ad2-444a-8494-1d1dc6497fb1/b0f86b30-d3f6-11ee-8d6b-33dde4413c62/file-1lt1p2b1g.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lt1p2b1f/7bb281fb-8ad2-444a-8494-1d1dc6497fb1/b0f86b30-d3f6-11ee-8d6b-33dde4413c62/file-1lt1p2b1g.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 - Basics of Organic Chemistry Question 46 English Explanation"></p> | integer | jee-main-2024-online-27th-january-evening-shift |
jaoe38c1lsda1na4 | chemistry | basics-of-organic-chemistry | isomerism | <p>Number of isomeric products formed by monochlorination of 2-methylbutane in presence of sunlight is ________.</p> | [] | null | 6 | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lskmmmvy/03e6217e-9057-4db0-86ef-6e21b18cf28e/d7e0c7e0-ca93-11ee-9a3e-d72ae7e965b7/file-6y3zli1lskmmmvz.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lskmmmvy/03e6217e-9057-4db0-86ef-6e21b18cf28e/d7e0c7e0-ca93-11ee-9a3e-d72ae7e965b7/file-6y3zli1lskmmmvz.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 - Basics of Organic Chemistry Question 41 English Explanation"></p>
<p>$$\therefore$$ Number of isomeric products = 6</p> | integer | jee-main-2024-online-31st-january-evening-shift |
jaoe38c1lsfp940l | chemistry | basics-of-organic-chemistry | isomerism | <p>Which one of the following will show geometrical isomerism?</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsga4pa3/c9e6bbfd-8dbe-4c69-9c46-39e6dd67eb44/d503acb0-c82f-11ee-8c6b-bfa4f1fff66a/file-6y3zli1lsga4pa4.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsga4pa3/c9e6bbfd-8dbe-4c69-9c46-39e6dd67eb44/d503acb0-c82f-11ee-8c6b-bfa4f1fff66a/file-6y3zli1lsga4pa4.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 - Basics of Organic Chemistry Question 33 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsga4tyj/d0224c4e-97ec-46d8-9746-53c5db8ca065/d8a0f7b0-c82f-11ee-8c6b-bfa4f1fff66a/file-6y3zli1lsga4tyk.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsga4tyj/d0224c4e-97ec-46d8-9746-53c5db8ca065/d8a0f7b0-c82f-11ee-8c6b-bfa4f1fff66a/file-6y3zli1lsga4tyk.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 - Basics of Organic Chemistry Question 33 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsga4yxx/c99bd326-7918-4a2d-b894-6baddfad7033/dc7a6150-c82f-11ee-8c6b-bfa4f1fff66a/file-6y3zli1lsga4yxy.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsga4yxx/c99bd326-7918-4a2d-b894-6baddfad7033/dc7a6150-c82f-11ee-8c6b-bfa4f1fff66a/file-6y3zli1lsga4yxy.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 - Basics of Organic Chemistry Question 33 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsga55oz/66f37e6e-1cdc-4ce7-81f0-ea9c064c91a5/e1b18630-c82f-11ee-8c6b-bfa4f1fff66a/file-6y3zli1lsga55p0.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsga55oz/66f37e6e-1cdc-4ce7-81f0-ea9c064c91a5/e1b18630-c82f-11ee-8c6b-bfa4f1fff66a/file-6y3zli1lsga55p0.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 - Basics of Organic Chemistry Question 33 English Option 4\">"}] | ["A"] | null | <p>Due to unsymmetrical.</p> | mcq | jee-main-2024-online-29th-january-evening-shift |
1lsg86sv4 | chemistry | basics-of-organic-chemistry | isomerism | <p>Number of geometrical isomers possible for the given structure is/are _________.</p>
<p><img src="data:image/png;base64,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"/></p> | [] | null | 4 | <p>3 stereocenteres, symmetrical</p>
<p>Total Geometrical isomers $$\rightarrow 4$$. EE, ZZ, EZ (two isomers)</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lspv9dhj/7d03a440-f969-4eef-a547-720cc4931426/8481c970-cd75-11ee-9be1-85ca54b9efcb/file-6y3zli1lspv9dhk.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lspv9dhj/7d03a440-f969-4eef-a547-720cc4931426/8481c970-cd75-11ee-9be1-85ca54b9efcb/file-6y3zli1lspv9dhk.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 - Basics of Organic Chemistry Question 31 English Explanation"></p> | integer | jee-main-2024-online-30th-january-evening-shift |
luxzqkgn | chemistry | basics-of-organic-chemistry | isomerism | <p>Total number of stereo isomers possible for the given structure :</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "4"}, {"identifier": "B", "content": "2"}, {"identifier": "C", "content": "8"}, {"identifier": "D", "content": "3"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lw2ww55k/2eaf08d7-e797-45cb-9f84-33f9c035426c/bd638980-1006-11ef-ba2d-25861a7d63e0/file-1lw2ww55l.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lw2ww55k/2eaf08d7-e797-45cb-9f84-33f9c035426c/bd638980-1006-11ef-ba2d-25861a7d63e0/file-1lw2ww55l.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 9th April Evening Shift Chemistry - Basics of Organic Chemistry Question 28 English Explanation"></p>
<p>There are three stereo center</p>
<p>So No of stereoisomer $$=2^3=8$$</p> | mcq | jee-main-2024-online-9th-april-evening-shift |
lv0vytky | chemistry | basics-of-organic-chemistry | isomerism | <p>The number of different chain isomers for C$$_7$$H$$_{16}$$ is __________.</p> | [] | null | 9 | <p>(1) heptane</p>
<p>(2) 2-methylhexane</p>
<p>(3) 3-methylhexane</p>
<p>(4) 2,2-dimethylpentane</p>
<p>(5) 2,3-dimethylpentane</p>
<p>(6) 2,4-dimethylpentane</p>
<p>(7) 3,3-dimethylpentane</p>
<p>(8) 3-ethylpentane</p>
<p>(9) 2,2,3-trimethylbutane</p> | integer | jee-main-2024-online-4th-april-morning-shift |
lv40vbl9 | chemistry | basics-of-organic-chemistry | isomerism | <p>The number of optically active compounds from the following is _________.</p>
<p><img src="data:image/png;base64,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"/></p> | [] | null | 1 | <p>The optically active compound is :</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lwn6vqtn/d1460e45-21f8-480d-8bca-981446f9e8e6/7a9925b0-1b2d-11ef-bfb4-09691a8b304d/file-6y3zli1lwn6vqto.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lwn6vqtn/d1460e45-21f8-480d-8bca-981446f9e8e6/7a9925b0-1b2d-11ef-bfb4-09691a8b304d/file-6y3zli1lwn6vqto.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 8th April Evening Shift Chemistry - Basics of Organic Chemistry Question 13 English Explanation"></p> | integer | jee-main-2024-online-8th-april-evening-shift |
lv5gt4y9 | chemistry | basics-of-organic-chemistry | isomerism | <p>The number of optical isomers in following compound is : __________.</p>
<p><img src="data:image/png;base64,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"/></p> | [] | null | 32 | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/jaoe38c1lw94gaky/b727044e-2fe7-418b-823a-2116d7e23c04/01909720-1371-11ef-ac66-753153db1bf0/file-jaoe38c1lw94gakz.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/jaoe38c1lw94gaky/b727044e-2fe7-418b-823a-2116d7e23c04/01909720-1371-11ef-ac66-753153db1bf0/file-jaoe38c1lw94gakz.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 - Basics of Organic Chemistry Question 11 English Explanation"></p>
<p>$$\begin{aligned}
\text { Total stereogenic centre }=5 \\
\begin{aligned}
\text { Total optical isomer } & =2^n \\
& =2^5=32
\end{aligned}
\end{aligned}$$</p> | integer | jee-main-2024-online-8th-april-morning-shift |
lv7v3tyj | chemistry | basics-of-organic-chemistry | isomerism | <p>Given below are two statements : one is labelled as Assertion (A) and the other is labelled as Reason (R).</p>
<p>Assertion (A) : Cis form of alkene is found to be more polar than the trans form.</p>
<p>Reason (R) : Dipole moment of trans isomer of 2-butene is zero.</p>
<p>In the light of the above statements, choose the correct answer from the options given below :</p> | [{"identifier": "A", "content": "(A) is true but (R) is false"}, {"identifier": "B", "content": "(A) is false but (R) is true"}, {"identifier": "C", "content": "Both $$(\\mathbf{A})$$ and $$(\\mathbf{R})$$ are true and $$(\\mathbf{R})$$ is the correct explanation of $$(\\mathbf{A})$$"}, {"identifier": "D", "content": "Both $$(\\mathbf{A})$$ and $$(\\mathbf{R})$$ are true but $$(\\mathbf{R})$$ is NOT the correct explanation of $$(\\mathbf{A})$$"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwh47pai/b2c4af5c-3731-44d4-af3e-55bd0c508fd2/57d742a0-17d6-11ef-a722-71ab49de2419/file-1lwh47paj.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwh47pai/b2c4af5c-3731-44d4-af3e-55bd0c508fd2/57d742a0-17d6-11ef-a722-71ab49de2419/file-1lwh47paj.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 5th April Morning Shift Chemistry - Basics of Organic Chemistry Question 9 English Explanation"></p>
<p>$$\begin{equation}
\text { Dipole moment of cis }>\text { trans and } \mu_{\text {trans }}=0
\end{equation}$$</p> | mcq | jee-main-2024-online-5th-april-morning-shift |
lv9s281y | chemistry | basics-of-organic-chemistry | isomerism | <p>Match List - I with List - II.</p>
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<th class="tg-7btt"></th>
<th class="tg-7btt">LIST I<br/>(Pair of Compounds)</th>
<th class="tg-7btt"></th>
<th class="tg-7btt">LIST II<br/>(Isomerism)</th>
</tr>
</thead>
<tbody>
<tr>
<td class="tg-c3ow">A.</td>
<td class="tg-0pky">n-propanol and Isopropanol</td>
<td class="tg-c3ow">I.</td>
<td class="tg-0pky">Metamerism</td>
</tr>
<tr>
<td class="tg-c3ow">B.</td>
<td class="tg-0pky">Methoxypropane and ethoxyethane</td>
<td class="tg-c3ow">II.</td>
<td class="tg-0pky">Chain Isomerism</td>
</tr>
<tr>
<td class="tg-c3ow">C.</td>
<td class="tg-0pky">Propanone and propanal</td>
<td class="tg-c3ow">III.</td>
<td class="tg-0pky">Position Isomerism</td>
</tr>
<tr>
<td class="tg-c3ow">D.</td>
<td class="tg-0pky">Neopentane and Isopentane</td>
<td class="tg-c3ow">IV.</td>
<td class="tg-0pky">Functional Isomerism</td>
</tr>
</tbody>
</table></p>
<p>Choose the correct answer from the options given below :</p> | [{"identifier": "A", "content": "(A)-(II), (B)-(I), (C)-(IV), (D)-(III)\n"}, {"identifier": "B", "content": "(A)-(III), (B)-(I), (C)-(II), (D)-(IV)\n"}, {"identifier": "C", "content": "(A)-(III), (B)-(I), (C)-(IV), (D)-(II)\n"}, {"identifier": "D", "content": "(A)-(I), (B)-(III), (C)-(IV), (D)-(II)"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/jaoe38c1lwf42uno/ea58de32-b5de-4014-a5b9-ca7714df4715/3fa42740-16bc-11ef-b2a9-936510356005/file-jaoe38c1lwf42unp.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/jaoe38c1lwf42uno/ea58de32-b5de-4014-a5b9-ca7714df4715/3fa42740-16bc-11ef-b2a9-936510356005/file-jaoe38c1lwf42unp.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 - Basics of Organic Chemistry Question 8 English Explanation"></p> | mcq | jee-main-2024-online-5th-april-evening-shift |
lvb2a7zg | chemistry | basics-of-organic-chemistry | isomerism | <p>The incorrect statement regarding the geometrical isomers of 2-butene is :</p> | [{"identifier": "A", "content": "cis-2-butene and trans-2-butene are not interconvertible at room temperature.\n"}, {"identifier": "B", "content": "trans-2-butene is more stable than cis-2-butene.\n"}, {"identifier": "C", "content": "cis-2-butene has less dipole moment than trans-2-butene.\n"}, {"identifier": "D", "content": "cis-2-butene and trans-2-butene are stereoisomers."}] | ["C"] | null | <p>Let's analyze each statement to determine which one is incorrect regarding the geometrical isomers of 2-butene.</p>
<p><strong>Option A:</strong> "Cis-2-butene and trans-2-butene are not interconvertible at room temperature."</p>
<p>This statement is correct. Cis and trans isomers of 2-butene are not readily interconvertible at room temperature due to the energy barrier associated with the rotation around the double bond. The double bond ensures rigidity, making interconversion between these isomers difficult without sufficient energy input.</p>
<p><strong>Option B:</strong> "Trans-2-butene is more stable than cis-2-butene."</p>
<p>This statement is correct. The trans isomer is more stable than the cis isomer due to reduced steric hindrance. In the cis isomer, the bulkier substituents (methyl groups) are on the same side, leading to increased steric repulsion.</p>
<p><strong>Option C:</strong> "Cis-2-butene has less dipole moment than trans-2-butene."</p>
<p>This statement is incorrect. The cis isomer typically has a higher dipole moment than the trans isomer because the substituents on the same side of the double bond create a net dipole moment. In the trans isomer, the dipole moments of the substituents cancel each other out, resulting in a lower overall dipole moment.</p>
<p><strong>Option D:</strong> "Cis-2-butene and trans-2-butene are stereoisomers."</p>
<p>This statement is correct. Cis-2-butene and trans-2-butene are indeed stereoisomers because they have the same molecular formula and connectivity of atoms but differ in the spatial arrangement of the substituents around the double bond.</p>
<p>Therefore, the incorrect statement is:</p>
<p><strong>Option C: Cis-2-butene has less dipole moment than trans-2-butene.</strong></p> | mcq | jee-main-2024-online-6th-april-evening-shift |
lvc58eo1 | chemistry | basics-of-organic-chemistry | isomerism | <p>Which of the following is metamer of the given compound (X) ?</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/1lvc3988c/cbb61d32-beae-4546-978a-34e60e003cb1/768682c0-0146-11ef-9994-d5a6f8729fd1/file-1lvc3988d.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvc3988c/cbb61d32-beae-4546-978a-34e60e003cb1/768682c0-0146-11ef-9994-d5a6f8729fd1/file-1lvc3988d.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Morning Shift Chemistry - Basics of Organic Chemistry Question 1 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvc39ur7/0f6700a9-23b7-40b5-8d12-dab554aa7ec0/87ecdb40-0146-11ef-9994-d5a6f8729fd1/file-1lvc39ur8.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvc39ur7/0f6700a9-23b7-40b5-8d12-dab554aa7ec0/87ecdb40-0146-11ef-9994-d5a6f8729fd1/file-1lvc39ur8.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Morning Shift Chemistry - Basics of Organic Chemistry Question 1 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvc3albi/6d4c4125-1c81-460a-9236-6725d5f7b8cb/9c71d8e0-0146-11ef-9994-d5a6f8729fd1/file-1lvc3albj.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvc3albi/6d4c4125-1c81-460a-9236-6725d5f7b8cb/9c71d8e0-0146-11ef-9994-d5a6f8729fd1/file-1lvc3albj.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Morning Shift Chemistry - Basics of Organic Chemistry Question 1 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1lvc3b047/85fd9982-d07f-452c-bca7-404a436814e8/a7e00670-0146-11ef-9994-d5a6f8729fd1/file-1lvc3b048.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1lvc3b047/85fd9982-d07f-452c-bca7-404a436814e8/a7e00670-0146-11ef-9994-d5a6f8729fd1/file-1lvc3b048.png\" loading=\"lazy\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline\" alt=\"JEE Main 2024 (Online) 6th April Morning Shift Chemistry - Basics of Organic Chemistry Question 1 English Option 4\">"}] | ["C"] | null | <p>Compound given is option (2) is metamer of compound "$$\mathrm{X}$$".</p> | mcq | jee-main-2024-online-6th-april-morning-shift |
P8SaMyy5Szset0To | chemistry | basics-of-organic-chemistry | iupac-nomenclature | Which of the following compounds has wrong $$IUPAC$$ name ? | [{"identifier": "A", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265968/exam_images/s72xptzdc6bk0ixbq77k.webp\" loading=\"lazy\" alt=\"AIEEE 2002 Chemistry - Basics of Organic Chemistry Question 207 English Option 1\"> "}, {"identifier": "B", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265537/exam_images/wa6mhrhv6cpgzjtb94hi.webp\" loading=\"lazy\" alt=\"AIEEE 2002 Chemistry - Basics of Organic Chemistry Question 207 English Option 2\"> "}, {"identifier": "C", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266138/exam_images/e2mnqvvlhrd0rsfj2zgm.webp\" loading=\"lazy\" alt=\"AIEEE 2002 Chemistry - Basics of Organic Chemistry Question 207 English Option 3\"> "}, {"identifier": "D", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265684/exam_images/a1002rowe3apvprhpb7x.webp\" loading=\"lazy\" alt=\"AIEEE 2002 Chemistry - Basics of Organic Chemistry Question 207 English Option 4\"> "}] | ["C"] | null | The correct name is $$3$$ - methylbut - $$2$$ - ol | mcq | aieee-2002 |
RURpxpet0gEFQdga | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The IUPAC name of CH<sub>3</sub>COCH(CH<sub>3</sub>)<sub>2</sub> is | [{"identifier": "A", "content": "2-methyl-3-butaone"}, {"identifier": "B", "content": "4-methylisopropyl 1 ketone"}, {"identifier": "C", "content": "3-methyl-2-butaone"}, {"identifier": "D", "content": "Isopropylmethyl ketone"}] | ["C"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265894/exam_images/fsoxluh01shuv3vlg9p3.webp" loading="lazy" alt="AIEEE 2003 Chemistry - Basics of Organic Chemistry Question 234 English Explanation"> | mcq | aieee-2003 |
Mk5jgnA61bJlM8Yp | chemistry | basics-of-organic-chemistry | iupac-nomenclature | Which one the following does not have sp<sup>2</sup> hybridized carbon? | [{"identifier": "A", "content": "Acetone"}, {"identifier": "B", "content": "Acetamide"}, {"identifier": "C", "content": "Acetonitrile"}, {"identifier": "D", "content": "Acetic acid"}] | ["C"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263305/exam_images/mubvlnft82m0dngmg1z3.webp" loading="lazy" alt="AIEEE 2004 Chemistry - Basics of Organic Chemistry Question 230 English Explanation"> | mcq | aieee-2004 |
sbwpKPXcT0WMOYla | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The $$IUPAC$$ name of the compound is
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "$$3,3$$-dimethyl - $$1$$ - cyclohexanol"}, {"identifier": "B", "content": "$$1,1$$-dimethyl- $$3$$ -hydroxy cyclohexane"}, {"identifier": "C", "content": "$$3,3$$-dimethyl- $$1$$ -hydroxy cyclohexane "}, {"identifier": "D", "content": "$$1,1$$-dimethyl - $$3$$ - cyclohexanol "}] | ["A"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265014/exam_images/sqljsozv6mwjippxylrl.webp" loading="lazy" alt="AIEEE 2004 Chemistry - Basics of Organic Chemistry Question 202 English Explanation"> | mcq | aieee-2004 |
Lssyvog6hKiKR4Zo | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The $$IUPAC$$ name of the compound shown below is :
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "$$3$$-bromo - $$1$$-chlorocyclohexene"}, {"identifier": "B", "content": "$$1$$-bromo - $$3$$-chlorocyclohexene"}, {"identifier": "C", "content": "$$2$$-bromo - $$6$$-chlorocyclohex - $$1$$ -ene "}, {"identifier": "D", "content": "$$6$$-bromo - $$2$$ - chlorocyclohexene "}] | ["A"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734263712/exam_images/xfzzsag7dnngsnk7buos.webp" loading="lazy" alt="AIEEE 2006 Chemistry - Basics of Organic Chemistry Question 198 English Explanation"> | mcq | aieee-2006 |
UKX0cld2R8CJm9la | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "$$3$$ - enthyl - $$4$$ - $$4$$ - dimethylheptane"}, {"identifier": "B", "content": "$$1,1$$ - diethyl - $$2,2$$ - dimethylpentane "}, {"identifier": "C", "content": "$$4, 4$$ - dimethyl -$$5,5$$ - diethylpentane"}, {"identifier": "D", "content": "$$5,5$$ - diethyl - $$4,4$$ - dimethylpentane. "}] | ["A"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264705/exam_images/l1ff3ympu7chuiojyvnu.webp" loading="lazy" alt="AIEEE 2007 Chemistry - Basics of Organic Chemistry Question 192 English Explanation"> | mcq | aieee-2007 |
5Qj5hVTScN0vBd92 | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The correct decreasing order of priority for the functional groups of organic compounds in the IUPAC
system of nomenclature is | [{"identifier": "A", "content": "\u2212COOH, \u2212SO<sub>3</sub>H, \u2212CONH<sub>2</sub>, \u2212CHO "}, {"identifier": "B", "content": "\u2212SO<sub>3</sub>H, \u2212COOH, \u2212CONH<sub>2</sub>, \u2212CHO "}, {"identifier": "C", "content": "\u2212CHO, \u2212COOH, \u2212SO<sub>3</sub>H, \u2212CONH<sub>2</sub> "}, {"identifier": "D", "content": "\u2212CONH<sub>2</sub>, \u2212CHO, \u2212SO<sub>3</sub>H, \u2212COOH "}] | ["A"] | null | The correct order of priority for the given functional group is
<br><br><img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264776/exam_images/hsxoihbjoi9v1sa6lhgp.webp" loading="lazy" style="max-width: 100%;height: auto;" alt="AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 220 English Explanation 1">
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<th class="tg-7btt"></th>
<th class="tg-7btt">Functional group (priority order)</th>
<th class="tg-7btt">suffix(s)</th>
<th class="tg-7btt">prefix</th>
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</thead>
<tbody>
<tr>
<td class="tg-0pky">(1)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpnphcp/3a244065-8715-4bb9-8b04-0419903a872e/b56b0090-8f35-11ec-a918-532e52a0063e/file-1kzpnphcq.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpnphcp/3a244065-8715-4bb9-8b04-0419903a872e/b56b0090-8f35-11ec-a918-532e52a0063e/file-1kzpnphcq.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 220 English Explanation 2"> </td>
<td class="tg-0pky"><b>Oic acid</b>(when carbon(C) of this functional group present in the main chain)<br>or<br><b>Carboxylic acid</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">Carboxy</td>
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<tr>
<td class="tg-0pky">(2)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpnzht2/441ed497-3450-4ea2-9a04-0c56068636cd/cbdc6f70-8f36-11ec-a918-532e52a0063e/file-1kzpnzht3.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpnzht2/441ed497-3450-4ea2-9a04-0c56068636cd/cbdc6f70-8f36-11ec-a918-532e52a0063e/file-1kzpnzht3.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 220 English Explanation 3"> </td>
<td class="tg-0pky">sulphonic acid</td>
<td class="tg-0pky">sulpho</td>
</tr>
<tr>
<td class="tg-0pky">(3)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpo1x19/95ae67d6-ffec-4705-9a44-f999c83fb334/0f3de2d0-8f37-11ec-a918-532e52a0063e/file-1kzpo1x1a.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpo1x19/95ae67d6-ffec-4705-9a44-f999c83fb334/0f3de2d0-8f37-11ec-a918-532e52a0063e/file-1kzpo1x1a.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 220 English Explanation 4"> </td>
<td class="tg-0pky"><b>Oic anhydrid</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>Carboxylic anhydride</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">$$ - $$</td>
</tr>
<tr>
<td class="tg-0pky">(4)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvjtwd/7f6f089d-c6fe-48b9-a1c4-595a3e306171/6149bcd0-8f54-11ec-9257-c58bf97b0f56/file-1kzpvjtwe.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvjtwd/7f6f089d-c6fe-48b9-a1c4-595a3e306171/6149bcd0-8f54-11ec-9257-c58bf97b0f56/file-1kzpvjtwe.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 220 English Explanation 5"></td>
<td class="tg-0pky"><b>Oate</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>Carboxylate</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">$$ - $$</td>
</tr>
<tr>
<td class="tg-0pky">(5)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvhyj3/f2fd0132-de26-476f-a616-bb759c9e8742/2d3f49f0-8f54-11ec-9257-c58bf97b0f56/file-1kzpvhyj4.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvhyj3/f2fd0132-de26-476f-a616-bb759c9e8742/2d3f49f0-8f54-11ec-9257-c58bf97b0f56/file-1kzpvhyj4.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 220 English Explanation 6"> </td>
<td class="tg-0pky"><b>Oyl halide</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>Carboxyl halide</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">haloflormyl</td>
</tr>
<tr>
<td class="tg-0pky">(6)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvmmrd/c937a359-3ffe-4683-9bd3-3074eee29a56/af336a90-8f54-11ec-9257-c58bf97b0f56/file-1kzpvmmre.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvmmrd/c937a359-3ffe-4683-9bd3-3074eee29a56/af336a90-8f54-11ec-9257-c58bf97b0f56/file-1kzpvmmre.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 220 English Explanation 7"></td>
<td class="tg-0pky"><b>amide</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>carbamide</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">carbamoyl</td>
</tr>
<tr>
<td class="tg-0pky">(7)</td>
<td class="tg-0pky">cynide ($$ - $$ C $$ \equiv $$ N)</td>
<td class="tg-0pky"><b>nitrile</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>carbonitrile</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">cyano</td>
</tr>
<tr>
<td class="tg-0pky">(8)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvotae/df9c34e4-532f-4453-a80e-a39f58a78c6f/ebdcbe60-8f54-11ec-9257-c58bf97b0f56/file-1kzpvotaf.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvotae/df9c34e4-532f-4453-a80e-a39f58a78c6f/ebdcbe60-8f54-11ec-9257-c58bf97b0f56/file-1kzpvotaf.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 220 English Explanation 8"></td>
<td class="tg-0pky">Carbylamine</td>
<td class="tg-0pky">isocyano</td>
</tr>
<tr>
<td class="tg-0pky">(9)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvr75i/aa709c39-b3cb-474c-a088-787493f284bd/2e30b960-8f55-11ec-9257-c58bf97b0f56/file-1kzpvr75j.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvr75i/aa709c39-b3cb-474c-a088-787493f284bd/2e30b960-8f55-11ec-9257-c58bf97b0f56/file-1kzpvr75j.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 220 English Explanation 9"></td>
<td class="tg-0pky"><b>al</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>Carbaldehyde</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">formyl (oxo)</td>
</tr>
<tr>
<td class="tg-0pky">(10)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvsokz/b5b4a5c1-59e5-4cd2-8160-01d5ef423466/5776ac30-8f55-11ec-9257-c58bf97b0f56/file-1kzpvsol0.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvsokz/b5b4a5c1-59e5-4cd2-8160-01d5ef423466/5776ac30-8f55-11ec-9257-c58bf97b0f56/file-1kzpvsol0.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 220 English Explanation 10"></td>
<td class="tg-0pky">one</td>
<td class="tg-0pky">oxo</td>
</tr>
<tr>
<td class="tg-0pky">(11)</td>
<td class="tg-0pky">$$ - $$ OH</td>
<td class="tg-0pky">ol</td>
<td class="tg-0pky">hydroxy</td>
</tr>
<tr>
<td class="tg-0pky">(12)</td>
<td class="tg-0pky">$$ - $$ SH</td>
<td class="tg-0pky">thiol</td>
<td class="tg-0pky">mercapto</td>
</tr>
<tr>
<td class="tg-0pky">(13)</td>
<td class="tg-0pky">$$ - $$ NH$$_2$$</td>
<td class="tg-0pky">amine</td>
<td class="tg-0pky">amino</td>
</tr>
</tbody>
</table>
<br><p>From this table you can see -COOH has highest priority and -NH<sub>2</sub> has lowest priority among all functional groups.</p> | mcq | aieee-2008 |
bqKDiHrqwPvKHh8M | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The IUPAC name of neopentane is | [{"identifier": "A", "content": "2-methylbutane"}, {"identifier": "B", "content": "2, 2-dimethylpropane"}, {"identifier": "C", "content": "2-methylpropane "}, {"identifier": "D", "content": "2,2-dimethylbutane"}] | ["B"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266748/exam_images/v5d2nkjz2tuwolfqojed.webp" loading="lazy" alt="AIEEE 2009 Chemistry - Basics of Organic Chemistry Question 219 English Explanation"> | mcq | aieee-2009 |
X30jgEuwFky5NkuYFTGnb | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The hydrocarbon with seven carbon atoms containing a neopentyl and a vinyl group
is : | [{"identifier": "A", "content": "2, 2-dimethyl-4-pentene "}, {"identifier": "B", "content": "Isopropyl-2-butene"}, {"identifier": "C", "content": "4, 4-dimethylpentene"}, {"identifier": "D", "content": "2, 2-dimethyl-3-pentene"}] | ["C"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266429/exam_images/nh9rx6azef50t7pezc6j.webp" style="max-width: 100%; height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2016 (Online) 9th April Morning Slot Chemistry - Basics of Organic Chemistry Question 181 English Explanation"> | mcq | jee-main-2016-online-9th-april-morning-slot |
kKSzvTNg693p2ShRcXZEx | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The IUPAC name of the following compound is :
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "1, 1-Dimethyl-2-ethylcylohexane"}, {"identifier": "B", "content": "2-Ethyl-1, 1-dimethylcyclohexane"}, {"identifier": "C", "content": "1-Ethyl-2,2-dimethylcyclohexane"}, {"identifier": "D", "content": "2, 2-Dimethyl-1-ethylcycohexane "}] | ["B"] | null | <p>The IUPAC name of the compound shown is 2-Ethyl-1,1-dimethylcyclohexane</p>
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l42nzryp/bc83861a-4f66-4c2c-b79b-6f522e32dc5f/e1aa0c10-e58d-11ec-be68-e5a641868684/file-1l42nzryq.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l42nzryp/bc83861a-4f66-4c2c-b79b-6f522e32dc5f/e1aa0c10-e58d-11ec-be68-e5a641868684/file-1l42nzryq.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2017 (Online) 8th April Morning Slot Chemistry - Basics of Organic Chemistry Question 185 English Explanation"> | mcq | jee-main-2017-online-8th-april-morning-slot |
kTb3NBX2BJd70norEsRoE | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The IUPAC name of the following compound is :
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "4-methyl-3-ethylhex-4-ene"}, {"identifier": "B", "content": "3-ethyl-4-methylhex-4-ene"}, {"identifier": "C", "content": "4-ethyl-3-methylhex-2-ene"}, {"identifier": "D", "content": "4, 4- diethyl-3-methylbut-2-ene"}] | ["C"] | null | <p>The IUPAC name of the compound is 4-ethyl-3-methyl-hex-2-ene.</p>
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l3qtgtmw/0af9b901-5f7b-4f9d-913c-4176bd377a20/e1906880-df09-11ec-b17a-f1edf5965e5d/file-1l3qtgtmx.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l3qtgtmw/0af9b901-5f7b-4f9d-913c-4176bd377a20/e1906880-df09-11ec-b17a-f1edf5965e5d/file-1l3qtgtmx.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2018 (Online) 15th April Morning Slot Chemistry - Basics of Organic Chemistry Question 191 English Explanation"> | mcq | jee-main-2018-online-15th-april-morning-slot |
eRlxFTazjx6ocFjUqo5AZ | chemistry | basics-of-organic-chemistry | iupac-nomenclature | What is the IUPAC name of the following compound ?
<br/><br/><img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "4\u2013Bromo-3-methylpent-2-ene "}, {"identifier": "B", "content": "3\u2013Bromo 1, 2-dimethylbut-1-ene"}, {"identifier": "C", "content": "3\u2013Bromo-3-methyl-1, 2-dimethylprop-1-ene"}, {"identifier": "D", "content": "2-Bromo-3-methylpent-3-ene"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265626/exam_images/t9za7f2dzihb4uhues8h.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 10th January Evening Slot Chemistry - Basics of Organic Chemistry Question 175 English Explanation">
<br><br><b>Note :</b> While numbering, double bond should get least possible number on the longest path. | mcq | jee-main-2019-online-10th-january-evening-slot |
ykqyhM6Q87zwJUZhpEoo4 | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The IUPAC name of the following compound is :<br/>
<picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265290/exam_images/utzhkwurc9fnf3gk5ueu.webp"/><img src="data:image/png;base64,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| [{"identifier": "A", "content": "3-Hydroxy-4-methylpentanoic acid"}, {"identifier": "B", "content": "4,4-Dimethyl-3-hydroxybutanoic acid"}, {"identifier": "C", "content": "2-Methyl-3-hydroxypentan-5-oic acid"}, {"identifier": "D", "content": "4-Methyl-3-hydroxypentanoic acid"}] | ["A"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264237/exam_images/mxbydthguhpfivriot7h.webp"><source media="(max-width: 500px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265182/exam_images/sohnkdsblmhc99mh3a7d.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266154/exam_images/alxlcsbekugmcennuo1e.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Basics of Organic Chemistry Question 171 English Explanation 1"></picture>
<br><b>Note :</b>
<br><br>1. Here -OH and -COOH functional group present. And priority of -COOH group is higher so numbering start from -COOH group.
<br><br>2. Here -COOH acts as main functional group and -OH acts as substitute. So we take prefix of -OH group (Hydroxy) and suffix of -COOH group (-oic acid).
<br><br>3. Here two substitude -CH<sub>3</sub>(methyl) and -OH(Hydroxy) present. And 'H' of Hydroxy comes before 'm' of methyl in alphabetical order. So IUPAC name stars with Hydroxy substitude.
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<table class="tg" style="max-width: 100%;">
<thead>
<tr>
<th class="tg-7btt"></th>
<th class="tg-7btt">Functional group (priority order)</th>
<th class="tg-7btt">suffix(s)</th>
<th class="tg-7btt">prefix</th>
</tr>
</thead>
<tbody>
<tr>
<td class="tg-0pky">(1)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpnphcp/3a244065-8715-4bb9-8b04-0419903a872e/b56b0090-8f35-11ec-a918-532e52a0063e/file-1kzpnphcq.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpnphcp/3a244065-8715-4bb9-8b04-0419903a872e/b56b0090-8f35-11ec-a918-532e52a0063e/file-1kzpnphcq.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Basics of Organic Chemistry Question 171 English Explanation 2"> </td>
<td class="tg-0pky"><b>Oic acid</b>(when carbon(C) of this functional group present in the main chain)<br>or<br><b>Carboxylic acid</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">Carboxy</td>
</tr>
<tr>
<td class="tg-0pky">(2)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpnzht2/441ed497-3450-4ea2-9a04-0c56068636cd/cbdc6f70-8f36-11ec-a918-532e52a0063e/file-1kzpnzht3.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpnzht2/441ed497-3450-4ea2-9a04-0c56068636cd/cbdc6f70-8f36-11ec-a918-532e52a0063e/file-1kzpnzht3.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Basics of Organic Chemistry Question 171 English Explanation 3"> </td>
<td class="tg-0pky">sulphonic acid</td>
<td class="tg-0pky">sulpho</td>
</tr>
<tr>
<td class="tg-0pky">(3)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpo1x19/95ae67d6-ffec-4705-9a44-f999c83fb334/0f3de2d0-8f37-11ec-a918-532e52a0063e/file-1kzpo1x1a.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpo1x19/95ae67d6-ffec-4705-9a44-f999c83fb334/0f3de2d0-8f37-11ec-a918-532e52a0063e/file-1kzpo1x1a.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Basics of Organic Chemistry Question 171 English Explanation 4"> </td>
<td class="tg-0pky"><b>Oic anhydrid</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>Carboxylic anhydride</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">$$ - $$</td>
</tr>
<tr>
<td class="tg-0pky">(4)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvjtwd/7f6f089d-c6fe-48b9-a1c4-595a3e306171/6149bcd0-8f54-11ec-9257-c58bf97b0f56/file-1kzpvjtwe.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvjtwd/7f6f089d-c6fe-48b9-a1c4-595a3e306171/6149bcd0-8f54-11ec-9257-c58bf97b0f56/file-1kzpvjtwe.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Basics of Organic Chemistry Question 171 English Explanation 5"></td>
<td class="tg-0pky"><b>Oate</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>Carboxylate</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">$$ - $$</td>
</tr>
<tr>
<td class="tg-0pky">(5)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvhyj3/f2fd0132-de26-476f-a616-bb759c9e8742/2d3f49f0-8f54-11ec-9257-c58bf97b0f56/file-1kzpvhyj4.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvhyj3/f2fd0132-de26-476f-a616-bb759c9e8742/2d3f49f0-8f54-11ec-9257-c58bf97b0f56/file-1kzpvhyj4.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Basics of Organic Chemistry Question 171 English Explanation 6"> </td>
<td class="tg-0pky"><b>Oyl halide</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>Carboxyl halide</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">haloflormyl</td>
</tr>
<tr>
<td class="tg-0pky">(6)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvmmrd/c937a359-3ffe-4683-9bd3-3074eee29a56/af336a90-8f54-11ec-9257-c58bf97b0f56/file-1kzpvmmre.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvmmrd/c937a359-3ffe-4683-9bd3-3074eee29a56/af336a90-8f54-11ec-9257-c58bf97b0f56/file-1kzpvmmre.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Basics of Organic Chemistry Question 171 English Explanation 7"></td>
<td class="tg-0pky"><b>amide</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>carbamide</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">carbamoyl</td>
</tr>
<tr>
<td class="tg-0pky">(7)</td>
<td class="tg-0pky">cynide ($$ - $$ C $$ \equiv $$ N)</td>
<td class="tg-0pky"><b>nitrile</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>carbonitrile</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">cyano</td>
</tr>
<tr>
<td class="tg-0pky">(8)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvotae/df9c34e4-532f-4453-a80e-a39f58a78c6f/ebdcbe60-8f54-11ec-9257-c58bf97b0f56/file-1kzpvotaf.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvotae/df9c34e4-532f-4453-a80e-a39f58a78c6f/ebdcbe60-8f54-11ec-9257-c58bf97b0f56/file-1kzpvotaf.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Basics of Organic Chemistry Question 171 English Explanation 8"></td>
<td class="tg-0pky">Carbylamine</td>
<td class="tg-0pky">isocyano</td>
</tr>
<tr>
<td class="tg-0pky">(9)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvr75i/aa709c39-b3cb-474c-a088-787493f284bd/2e30b960-8f55-11ec-9257-c58bf97b0f56/file-1kzpvr75j.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvr75i/aa709c39-b3cb-474c-a088-787493f284bd/2e30b960-8f55-11ec-9257-c58bf97b0f56/file-1kzpvr75j.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Basics of Organic Chemistry Question 171 English Explanation 9"></td>
<td class="tg-0pky"><b>al</b> (when carbon(C) of this functional group present in the main chain) <br>or<br><b>Carbaldehyde</b> (when carbon(C) of this functional group is not present in the main chain) </td>
<td class="tg-0pky">formyl (oxo)</td>
</tr>
<tr>
<td class="tg-0pky">(10)</td>
<td class="tg-0pky"> <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1kzpvsokz/b5b4a5c1-59e5-4cd2-8160-01d5ef423466/5776ac30-8f55-11ec-9257-c58bf97b0f56/file-1kzpvsol0.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1kzpvsokz/b5b4a5c1-59e5-4cd2-8160-01d5ef423466/5776ac30-8f55-11ec-9257-c58bf97b0f56/file-1kzpvsol0.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2019 (Online) 8th April Morning Slot Chemistry - Basics of Organic Chemistry Question 171 English Explanation 10"></td>
<td class="tg-0pky">one</td>
<td class="tg-0pky">oxo</td>
</tr>
<tr>
<td class="tg-0pky">(11)</td>
<td class="tg-0pky">$$ - $$ OH</td>
<td class="tg-0pky">ol</td>
<td class="tg-0pky">hydroxy</td>
</tr>
<tr>
<td class="tg-0pky">(12)</td>
<td class="tg-0pky">$$ - $$ SH</td>
<td class="tg-0pky">thiol</td>
<td class="tg-0pky">mercapto</td>
</tr>
<tr>
<td class="tg-0pky">(13)</td>
<td class="tg-0pky">$$ - $$ NH$$_2$$</td>
<td class="tg-0pky">amine</td>
<td class="tg-0pky">amino</td>
</tr>
</tbody>
</table>
<br><p>From this table you can see -COOH has highest priority and -NH<sub>2</sub> has lowest priority among all functional groups.</p> | mcq | jee-main-2019-online-8th-april-morning-slot |
DcVAYxuPVcUrgcnZ3H3ib | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The correct IUPAC name of the following
compound is :
<img src="data:image/png;base64,UklGRqYLAABXRUJQVlA4IJoLAAAwkwCdASrsArsBP4HA3GY2MS2nIVK4ksAwCWlu4W3BG/P586f6LHY8Gf0G6s7Fdq39Dt+AJsyOP2ZhoPP//flF/hd+oE/7cz7cz7cz7cz7cz7cz7cz7cz7cz1v8sPHP8sPHP/yzIg0xdlA45/lh45/lh5jyw8c/yw8c/ywwnHkl3rQdSsfLXBd6EqvQWGMBElrnQB7KjyEDTF2UDjn+WHjoaBxy7KBxz/LDxq0LlPTuNq303LzPu+MMJSys5zWRC6SBhvjxaaF4vB5ph45/lh45/lh46Ggccuygcc/yw8azegA6G6xmMfCi1+3m+C3IkyAqM3gGCEFX1Hjn+WHjn+WHjn+a1z/LDxz/LDxz/JBWkWl2UDjn+WHjn+WHjoaBxy7KBxz/LDxzzmeWHjn+WHjn+WHjn+WIW/LDxz/LDxz/Lf0CUz8wAn5YeOf5YeOf5YeOf5Zbr8sPHP8sPHgxG7akASPlfWF/ZOXDdrjELNT1DXHQJkmuygcc/yw8c/yw8c/+OOXZQOOf5YV/yITX+u4xs9YF6YQmrRBuL8KMUvrkAYDYMEKXql/LDxz/LDxz/LDxz/445dlA45/lY/7g+QXk6j/WH9Jg4/5Jdntjv8GJyExqBUtzB/OiZoGtAHiRkwpfHSO1iQgaYuygcc/yw8dDQOOXZQOOf5H9VoImBQop3l+gDmzUsyZ5cgzibdhSQ4yw8c/yw8c/yw8eDwOOf5YeOf0Fl38qofYbYIGXeOIIPfi0uQgaYuygcc/yw8x5YeOf5YeOeTdnCJI1T46meBwlmgThw0xdlA45/lh45/8ccuygcc/yvENIZumGjRFjOfiV+XdLFIffi0uQgaYuygcc/yw8x5YeOf5YeOeeViXUccTvZ4sWTyLj1QPpmZLcQXvZPzB1y7KBxz/LDxz/LLdflh45/lh3QlHDGMOPvjKXZmNQk1CenOJ92l2I5xryfaWrZanKIcW74+SAB7ktusjyIfwUZRuR+HsdEc/LDxz/LDxz/LDzHlh45/lh48GKYQo3xoUxWenBBeMNs5Lr//bGWEy6gt9AQAuegc2RpO1Jyvyw8c/yw8c/yxC35YeOf5YeOhnCaspuny8AYK1/8kwlSXrbF/ZD+k0FyXPQO7s6LsrPsNhx45/lh45/lh5jyw8c/yw8c/yy3L3z5YWvFAEV4aDk36Er0tPRS0uI5OxyQjiX5YeOf5YeOhoHHLsoHHP8sPHPPZOQgZvNrVMUjSdkPtIIYxDjn+WHjn+WW6/LDxz/LDxz/K9HdPHP3C+6j6NF8MYVP2ScJLsoHHP8sPHQ0Djl2UDjn+WHjOE58o9GW15N9im5IOKBx0OJYuygcc/yw8eDwOOf5YeOf5Yd8xk9Shrbiar1vTI4oBJ38sqJy/TIPbK25dlA45/lh5jyw8c/yw8c/ywvTovy4s0dB+GwJQtlN8LMih3hjKVUUchtX/I+BU8WIcc/yw8c/yw8dDQOOXZQOOf5YeY6xRhOVUAsdzETQOOXZQOOf5YeOf5rXP8sPHP8sPHQ49siOPIQNMXZQOOf5YePB4HHP8sPHP8sPHP8sPHP8sPHP8sPHP8sPGAAP768UAAAABJykzVIy+1bYe7622/UF1fUuPYmUMlwctkgVC4/virHf99Nj2lT/v7oA6LzZ70has/ya7grR/eAIBVsiefDFq9L7wiDgnXsh61G+Yvds0jj7KTchJEYsZj8Jto919tyspKDCzLfRkA2gyS55ME9d20AECOjoyKMdhl9l9RZQh3TyM3SCwTnI1oHbJeHISRxUovfVQMQ0f5bk22yFyxeGQjm0VlYD4nUUixlrfE+GnGBjF+wUmpBAN5iDikykF8ijzFkrF6YDgw5D4deJk7J29/IJcsLV32rb4W6MHmACaKqQ9wly0icicAS8OfSQ4OD4jlFm4Tm92NK3JPfXsz7ANAjWhHWDHXkKJse+mYyvU/HH18gLfOCexuIKA90DcRwAB7EdgAAALB6qy7INmvNUNMEATa7+j+BQohDd/VSzdpmyLTCUWB+9CMlPP2iAbNNQHIoNRgnakgdjX+A8EO8zcG2E+xxEbHWfyFN3Su6ms1JRZzSIoOsAudtFQ9yjCo9AkIDRBhKRupAbAgt+hAh1qGcMn2sfoSTQ8h/x0teSrBFEA2lHruQGDrgLl4SOAuZJ9BDzb+NPhMIHRnvCPbrJHX8O0bwCJpdrBD0vDdtBJVIsG+QglAvCqkKYvKoFfwzagSCYoV+AOfjoRk1GedpsZKKivNh/mjkhS9YvuY1SGgBiSllwhTdILeLddfb22hDYjgYStnMGj78OT6kSeB7S1FNd7ChkfsT0ooU/Y1GYjIvSpy6egSWvTw3mVZ39VLluntdRuPe/fCJcXm5XQAAiu0Gn5Y/DdfQKkmYnjxNENnu+GHVDV213uoBqkLzFku+S4nbmvGGZOFQyrM29SpCyRAizKctf2d4mPirbc5ZHamb1iV/sHGYvfuBIETsJhd8HhO01phN1c3HMKA+jzutnFqN2aAAeuV9KXDz3sSdw/IfijePN88Mgke3ZaEcR1TLw0HwwiAV3zZLSsJJkEE7YvHRAwB0Fzx7T/kU3e5pLuMduvhB7nYjsDKHqDndAEZ/Oas3HG+d6KSgUmkJmYBE024E8rMp7iX9WwXe8wrPZqmfMUZtc2In9NGLj0wjRvbT5lyOEv/tcgBzh3Dmh7DQG988Hk8N/MTrPAt7rD21/3DNUACZ71S7pcKX8xygsAuGXgemECLCyKU6UHlcGl/FPqltEcLXAFSA1UbVSQx6ItYAB6JOLAhCTHTgjmDZAqy+P9uB2SV2LtFEUvzh2gH5t7tnuNX9EKh8CGKtaf7eZlc3TfoF+04ZxU7zF9CCHUBlSbBOhOSSQSgWSjL8nuMwOL+ScUbwtwDst61Ny9daI32milvDlsEyI1MNEHRPoQBfTa8fibZaF6iVRgcXUM6xV9x2wt+2VVVKY6zJ9BYseIvfy6nve+sQ2y1Bjg186HkdzJf7Glhlq12VzA+RJkTSRtY0TFhC4EKkS8ZHg7RaEq7+j+Egpotvw59I9IJwITkzFL5zN4dcZ34cjxiPmzFyxBegA8mCamOk1jQBoRZcE/IS1kCn01ZY0KJWr430AGMICpmVx1wcrrAcGKRu9XymoKPQw0ICR4bDnRy2T+X8LgcXHNvxfo55TEp3167+j+E1bvOIiwlPPODpa8lU00QDZprrll5kUosgmN1IZrNNhENV8ywxqqYE9xutSnF3jVSDksMwwmNCAobODx45CYkS83v+UGrIcZ85OhzMWQoBltscQNQDFB6DMBaUWAaYNkKr4ckHnIx5O9ZaIBtKPXcgNrWxHNRVk5wQD9n0ir01tL0BVyva+lryVXvVCbse366w9kiOThyBEcavdlm79RskDg5R1BuqOIxlQDMsKZIl5ZVkB7+qgNCMsAAwDd3fh2l4nzho+LVl8Xktx6CNd15jJewwL/11WxMuCLM8WrsECZk4GjD0mrscCwvlS5Ka2DsaD1bnHPSPCfQapt72AOljAAKZrBCbBcYQdlVjE4PVzFd7OlNU8T2iCz1ggN8sKQ4i/l5UADwIrFNqVKqqg6fMaYMoPSwBCQXvulgcDgAI+/DkeMvgbA2Z7V+/hUks2z8GnyKAyo3+JeFnntn97LfON4AafqFIIFvHG7/8AFLww1rCYRLCtMR2J8uGBBMFfNPdHFsvNTGsuSv75deWUiQlxfjMIb4rz2hQBtDzMALvzJi6lx/n359AYDp/K9hxSdxgce686thMdZeUSsul2j1nsZSYRbRtPFLUQpHNEHDkqBE7uIVWtI5IUpoTZUKepSvyhVCXzyZXYvQzqLPu4XiDUtrJqTkDMOCLIyxcLSYKWkL15GqL5sxzhUgcFKjkx7yvbzTVrazN5Eyq2bAHAAIxNtvImuWzwQFsU5QhRnIyQo4N6u1/BMkUpDhBIAAAAAAAAA="/> | [{"identifier": "A", "content": "2-methyl-5-nitro-1-chlorobenzene"}, {"identifier": "B", "content": "2-chloro-1-methyl-4-nitrobenzene"}, {"identifier": "C", "content": "3-chloro-4-methyl-1-nitrobenzene"}, {"identifier": "D", "content": "5-chloro-4-methyl-1-nitrobenzene"}] | ["B"] | null | <picture><source media="(max-width: 320px)" srcset="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264771/exam_images/l3moj5qtcoskjr3yjy4d.webp"><img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734265426/exam_images/kp51wak1v150riptpvjt.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 9th April Morning Slot Chemistry - Basics of Organic Chemistry Question 168 English Explanation"></picture>
<br><br><b>Note :</b>
<br><br>(1) For numbering the carbon of main ring, follow the lowest sum rule for the functional group.
<br><br>(2) Write the name of functional group in alphabetical order. First chloro then methyl then nitro group. | mcq | jee-main-2019-online-9th-april-morning-slot |
TpUyyaRxkDTdWFmbOX3rsa0w2w9jx8055fs | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The IUPAC name for the following compound is :
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "3, 5-dimethyl-4-propylhept-1-en-6-yne"}, {"identifier": "B", "content": "3-methyl-4-(3-methylprop-1-enyl)-1-heptyne"}, {"identifier": "C", "content": "3-methyl-4-(1-methylprop-2-enyl)-1-heptene"}, {"identifier": "D", "content": "3,5-dimethyl-4-propylhept-6-en-1-yne"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266059/exam_images/szacosq31joajsatbdry.webp" style="max-width: 100%; height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2019 (Online) 12th April Evening Slot Chemistry - Basics of Organic Chemistry Question 160 English Explanation">
IUPAC Name - 3, 5-dimethyl-4-propylhept-1-en-6-yne | mcq | jee-main-2019-online-12th-april-evening-slot |
eNmOk3cHKhEQx4fD8Tjgy2xukg3811s7 | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The IUPAC name of the following compound is :
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "2-nitro-4-hydroxymethyl-5-amino benzaldehyde"}, {"identifier": "B", "content": "3-amino-4-hydroxymethyl-5-nitro benzaldehyde"}, {"identifier": "C", "content": "4-amino-2-formyl-5-hydroxymehtyl nitrobenzene"}, {"identifier": "D", "content": "5-amino-4-hydroxymethyl-2-nitro benzaldehyde"}] | ["D"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264123/exam_images/a11eut3cqaeon2ny8obi.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 6th September Evening Slot Chemistry - Basics of Organic Chemistry Question 145 English Explanation">
<br><br>5-amino-4-hydroxymethyl-2-nitrobenzaldehyde. | mcq | jee-main-2020-online-6th-september-evening-slot |
bdCPur6v1dKOnfrSZmjgy2xukf91oyar | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The IUPAC name of the following compound is :
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "3-Bromo-5-methylcyclopentane carboxylic\nacid"}, {"identifier": "B", "content": "3-Bromo-5-methylcyclopentanoic acid"}, {"identifier": "C", "content": "4-Bromo-2-methylcyclopentane carboxylic\nacid"}, {"identifier": "D", "content": "5-Bromo-3-methylcyclopentanoic acid"}] | ["C"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734267215/exam_images/cffadboc97unel5occfj.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 4th September Morning Slot Chemistry - Basics of Organic Chemistry Question 149 English Explanation">
<br> 4-bromo-2-methyl cyclopentane carboxylic acid. | mcq | jee-main-2020-online-4th-september-morning-slot |
QYwru3oZrKqa5TggNXjgy2xukevk4ooe | chemistry | basics-of-organic-chemistry | iupac-nomenclature | The IUPAC name for the following compound
is
<img src="data:image/png;base64,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"/> | [{"identifier": "A", "content": "2, 5-dimethyl-6-carboxy-hex-3-enal"}, {"identifier": "B", "content": "6-formyl-2-methyl-hex-3-enoic acid"}, {"identifier": "C", "content": "2, 5-dimethyl-5-carboxy-hex-3-enal"}, {"identifier": "D", "content": "2, 5-dimethyl-6-oxo-hex-3-enoic acid"}] | ["D"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734266076/exam_images/y0l24ottku9o60rno78o.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2020 (Online) 2nd September Morning Slot Chemistry - Basics of Organic Chemistry Question 153 English Explanation">
<br>2, 5-dimethyl-6-oxo-hex-3-enoic acid | mcq | jee-main-2020-online-2nd-september-morning-slot |
4eS45LeYq97PerZ3Lp1kmm0ekr1 | chemistry | basics-of-organic-chemistry | iupac-nomenclature | In the following molecule,<br/><br/><img src="data:image/png;base64,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"/><br/>Hybridisation of Carbon a, b, and c respectively are : | [{"identifier": "A", "content": "sp<sup>3</sup>, sp<sup>2</sup>, sp<sup>2</sup>"}, {"identifier": "B", "content": "sp<sup>3</sup>, sp, sp<sup>2</sup>"}, {"identifier": "C", "content": "sp<sup>3</sup>, sp<sup>2</sup>, sp"}, {"identifier": "D", "content": "sp<sup>3</sup>, sp, sp"}] | ["A"] | null | <img src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264872/exam_images/ropt8tjix9liacmqipru.webp" style="max-width: 100%;height: auto;display: block;margin: 0 auto;" loading="lazy" alt="JEE Main 2021 (Online) 18th March Evening Shift Chemistry - Basics of Organic Chemistry Question 134 English Explanation"> | mcq | jee-main-2021-online-18th-march-evening-shift |
1l55nfsf9 | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>The correct IUPAC name of the following compound is :</p>
<p> <img src="data:image/png;base64,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"/> </p> | [{"identifier": "A", "content": "4-methyl-2-nitro-5-oxohept-3-enal"}, {"identifier": "B", "content": "4-methyl-5-oxo-2-nitrohept-3-enal"}, {"identifier": "C", "content": "4-methyl-6-nitro-3-oxohept-4-enal"}, {"identifier": "D", "content": "6-formyl-4-methyl-2-nitrohex-3-enal"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l99vd8l8/39c1d737-ea35-4e49-930a-33c944d47589/495edfc0-4c81-11ed-aba3-e33a2f44b599/file-1l99vd8l9.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l99vd8l8/39c1d737-ea35-4e49-930a-33c944d47589/495edfc0-4c81-11ed-aba3-e33a2f44b599/file-1l99vd8l9.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 28th June Evening Shift Chemistry - Basics of Organic Chemistry Question 110 English Explanation"> | mcq | jee-main-2022-online-28th-june-evening-shift |
1l5am41p7 | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>The IUPAC name of ethylidene chloride is :</p> | [{"identifier": "A", "content": "1-Chloroethene"}, {"identifier": "B", "content": "1-Chloroethyne"}, {"identifier": "C", "content": "1,2-Dichloroethane"}, {"identifier": "D", "content": "1,1-Dichloroethane"}] | ["D"] | null | <p>Ethylidene chloride is CH<sub>3</sub>– CHCl<sub>2</sub>, its IUPAC name is 1,1-Dichloromethane.</p> | mcq | jee-main-2022-online-25th-june-morning-shift |
1l6i5g51n | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>The correct decreasing order of priority of functional groups in naming an organic Question: compound as per IUPAC system of nomenclature is</p> | [{"identifier": "A", "content": "$$-\\mathrm{COOH}>-\\mathrm{CONH}_{2}>-\\mathrm{COCl}>-\\mathrm{CHO}$$"}, {"identifier": "B", "content": "$$\\mathrm{SO}_{3} \\mathrm{H}>-\\mathrm{COCl}>-\\mathrm{CONH}_{2}>-\\mathrm{CN}$$"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/1l6kpjgre/4a192aad-071b-4125-bfee-57bcec68dc5b/78c4ffa0-1712-11ed-8e2a-2927a6806d88/file-1l6kpjgrf.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/1l6kpjgre/4a192aad-071b-4125-bfee-57bcec68dc5b/78c4ffa0-1712-11ed-8e2a-2927a6806d88/file-1l6kpjgrf.png\" loading=\"lazy\" style=\"max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;\" alt=\"JEE Main 2022 (Online) 26th July Evening Shift Chemistry - Basics of Organic Chemistry Question 92 English Option 3\">"}, {"identifier": "D", "content": "$$-\\mathrm{COOH}>-\\mathrm{COOR}>-\\mathrm{CONH}_{2}>-\\mathrm{COCl}$$"}] | ["B"] | null | <p>The order of decreasing priority for the functional group is</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lc8l6ktx/d89d3fff-ce63-4949-a72f-d6b5623e1f57/525bd250-8731-11ed-806b-d74011098e63/file-1lc8l6kty.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lc8l6ktx/d89d3fff-ce63-4949-a72f-d6b5623e1f57/525bd250-8731-11ed-806b-d74011098e63/file-1lc8l6kty.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 26th July Evening Shift Chemistry - Basics of Organic Chemistry Question 92 English Explanation"></p>
<p>Hence correct order is</p>
<p>$$\mathrm{SO}_{3} \mathrm{H}>-\mathrm{COCl}>-\mathrm{CONH}_{2}>-\mathrm{CN}$$</p> | mcq | jee-main-2022-online-26th-july-evening-shift |
1lgyrs4ck | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>The correct IUPAC nomenclature for the following compound is:</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "2 - Formyl -5-methylhexan-6-oic acid"}, {"identifier": "B", "content": "5-Methyl-2-oxohexan-6-oic acid"}, {"identifier": "C", "content": "5-Formyl -2-methylhexanoic acid"}, {"identifier": "D", "content": "2-Methyl-5-oxohexanoic acid"}] | ["D"] | null | IUPAC name of the following compound is<br><br>
<img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1liyp55s1/c7ea1d55-9c26-47dc-9969-0039f12b3a0b/7c98bf10-0c56-11ee-9386-675fa4f17251/file-6y3zli1liyp55s2.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1liyp55s1/c7ea1d55-9c26-47dc-9969-0039f12b3a0b/7c98bf10-0c56-11ee-9386-675fa4f17251/file-6y3zli1liyp55s2.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 Evening Shift Chemistry - Basics of Organic Chemistry Question 64 English Explanation"><br>
2-Methyl-5-oxohexanoic acid | mcq | jee-main-2023-online-8th-april-evening-shift |
jaoe38c1lsc60enk | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>IUPAC name of following compound (P) is:</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "l-Ethyl-5, 5-dimethylcyclohexane\n"}, {"identifier": "B", "content": "3-Ethyl-1,1-dimethylcyclohexane\n"}, {"identifier": "C", "content": "l-Ethyl-3, 3-dimethylcyclohexane\n"}, {"identifier": "D", "content": "1,1-Dimethyl-3-ethylcyclohexane"}] | ["B"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lscvnmzm/2ffd0bac-4b3c-4055-90bc-788c20d59aa9/e0bba020-c650-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscvnmzn.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lscvnmzm/2ffd0bac-4b3c-4055-90bc-788c20d59aa9/e0bba020-c650-11ee-9d8b-f1be86a1b2f3/file-6y3zli1lscvnmzn.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 27th January Morning Shift Chemistry - Basics of Organic Chemistry Question 53 English Explanation"> | mcq | jee-main-2024-online-27th-january-morning-shift |
jaoe38c1lscrxwbc | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>Bond line formula of HOCH(CN)$$_2$$ is :</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsd38o13/21e9e147-2957-4c9f-8860-61d5a6e34ab6/896edb70-c66e-11ee-9e75-ed145f26bf63/file-6y3zli1lsd38o14.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsd38o13/21e9e147-2957-4c9f-8860-61d5a6e34ab6/896edb70-c66e-11ee-9e75-ed145f26bf63/file-6y3zli1lsd38o14.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 - Basics of Organic Chemistry Question 45 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsd38ktf/01364448-0d21-4d7b-b28d-95bc55ae8e98/86f37b30-c66e-11ee-9e75-ed145f26bf63/file-6y3zli1lsd38ktg.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsd38ktf/01364448-0d21-4d7b-b28d-95bc55ae8e98/86f37b30-c66e-11ee-9e75-ed145f26bf63/file-6y3zli1lsd38ktg.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 - Basics of Organic Chemistry Question 45 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsd38hws/c22103e9-3192-4836-8ac3-d830b8b62a06/84b4aec0-c66e-11ee-9e75-ed145f26bf63/file-6y3zli1lsd38hwt.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsd38hws/c22103e9-3192-4836-8ac3-d830b8b62a06/84b4aec0-c66e-11ee-9e75-ed145f26bf63/file-6y3zli1lsd38hwt.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 - Basics of Organic Chemistry Question 45 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lsd38e2l/a53be61d-2543-4e48-934c-09c8646a1088/81bd8ed0-c66e-11ee-9e75-ed145f26bf63/file-6y3zli1lsd38e2m.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lsd38e2l/a53be61d-2543-4e48-934c-09c8646a1088/81bd8ed0-c66e-11ee-9e75-ed145f26bf63/file-6y3zli1lsd38e2m.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 - Basics of Organic Chemistry Question 45 English Option 4\">"}] | ["D"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lt1n7ivk/e12d406f-ea55-43b5-9921-dd1053fd7f26/6fcfd500-d3ef-11ee-8d6b-33dde4413c62/file-1lt1n7ivl.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lt1n7ivk/e12d406f-ea55-43b5-9921-dd1053fd7f26/6fcfd500-d3ef-11ee-8d6b-33dde4413c62/file-1lt1n7ivl.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 - Basics of Organic Chemistry Question 45 English Explanation"></p> | mcq | jee-main-2024-online-27th-january-evening-shift |
jaoe38c1lsd9191e | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>Identify structure of 2,3-dibromo-1-phenylpentane.</p> | [{"identifier": "A", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lse4pgin/77cd2526-7cad-40dc-b27f-48628f927653/0e29f6f0-c701-11ee-be30-496b1c29fc5a/file-6y3zli1lse4pgio.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lse4pgin/77cd2526-7cad-40dc-b27f-48628f927653/0e29f6f0-c701-11ee-be30-496b1c29fc5a/file-6y3zli1lse4pgio.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 - Basics of Organic Chemistry Question 43 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lse4pcui/df35164f-add5-4013-b4dd-2bd967670543/0b541aa0-c701-11ee-be30-496b1c29fc5a/file-6y3zli1lse4pcuj.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lse4pcui/df35164f-add5-4013-b4dd-2bd967670543/0b541aa0-c701-11ee-be30-496b1c29fc5a/file-6y3zli1lse4pcuj.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 - Basics of Organic Chemistry Question 43 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lse4p993/446b4e6b-edde-4470-8f96-c92b5bcd44e7/088d3270-c701-11ee-be30-496b1c29fc5a/file-6y3zli1lse4p994.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lse4p993/446b4e6b-edde-4470-8f96-c92b5bcd44e7/088d3270-c701-11ee-be30-496b1c29fc5a/file-6y3zli1lse4p994.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 - Basics of Organic Chemistry Question 43 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lse4p5ge/dc1700e2-6d19-4b66-a1ca-317cfd11f4ab/059e4fe0-c701-11ee-be30-496b1c29fc5a/file-6y3zli1lse4p5gf.png?format=png\" data-orsrc=\"https://app-content.cdn.examgoal.net/image/6y3zli1lse4p5ge/dc1700e2-6d19-4b66-a1ca-317cfd11f4ab/059e4fe0-c701-11ee-be30-496b1c29fc5a/file-6y3zli1lse4p5gf.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 - Basics of Organic Chemistry Question 43 English Option 4\">"}] | ["C"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lskmqmdz/bcbbc738-52eb-42ac-be66-3b28661b1cc3/46ba9e70-ca94-11ee-9a3e-d72ae7e965b7/file-6y3zli1lskmqme0.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lskmqmdz/bcbbc738-52eb-42ac-be66-3b28661b1cc3/46ba9e70-ca94-11ee-9a3e-d72ae7e965b7/file-6y3zli1lskmqme0.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 - Basics of Organic Chemistry Question 43 English Explanation"></p> | mcq | jee-main-2024-online-31st-january-evening-shift |
jaoe38c1lse7tehh | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>Given below are two statements:</p>
<p>Statement I: IUPAC name of $$\mathrm{HO}-\mathrm{CH}_2-\left(\mathrm{CH}_2\right)_3-\mathrm{CH}_2-\mathrm{COCH}_3$$ is 7-hydroxyheptan-2-one.</p>
<p>Statement II: 2-oxoheptan-7-ol is the correct IUPAC name for above compound. In the light of the above statements, choose the most appropriate answer from the options given below:</p> | [{"identifier": "A", "content": "Statement I is incorrect but Statement II is correct.\n"}, {"identifier": "B", "content": "Statement I is correct but Statement II is incorrect.\n"}, {"identifier": "C", "content": "Both Statement I and Statement II are correct.\n"}, {"identifier": "D", "content": "Both Statement I and Statement II are incorrect."}] | ["B"] | null | <p>7-Hydroxyheptan-2-one is correct IUPAC name</p> | mcq | jee-main-2024-online-31st-january-morning-shift |
jaoe38c1lsfml85h | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>According to IUPAC system, the compound</p>
<p><img src="data:image/png;base64,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"/></p>
<p>is named as</p> | [{"identifier": "A", "content": "Cyclohex-2-en-1-ol"}, {"identifier": "B", "content": "1-Hydroxyhex-2-ene"}, {"identifier": "C", "content": "Cyclohex-1-en-3-ol"}, {"identifier": "D", "content": "Cyclohex-1-en-2-ol"}] | ["A"] | null | <p>Cyclohex-2-en-1-ol</p> | mcq | jee-main-2024-online-29th-january-evening-shift |
1lsg7cpqp | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>IUPAC name of following compound is :</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "2-Aminobutanenitrile\n"}, {"identifier": "B", "content": "3-Aminopropanenitrile\n"}, {"identifier": "C", "content": "2-Aminopentanenitrile\n"}, {"identifier": "D", "content": "3-Aminobutanenitrile"}] | ["D"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lspvaz1p/0b2941cd-de76-4cd9-939c-bae8f16b6ee7/b0f889d0-cd75-11ee-9be1-85ca54b9efcb/file-6y3zli1lspvaz1q.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lspvaz1p/0b2941cd-de76-4cd9-939c-bae8f16b6ee7/b0f889d0-cd75-11ee-9be1-85ca54b9efcb/file-6y3zli1lspvaz1q.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 - Basics of Organic Chemistry Question 32 English Explanation"> | mcq | jee-main-2024-online-30th-january-evening-shift |
lv2erjb4 | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>The total number of 'sigma' and 'pi' bonds in 2-oxohex-4-ynoic acid is ______.</p> | [] | null | 18 | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwhtewdv/826a7638-b76c-470e-a9c1-d18f0bfc97a6/e4368c30-1838-11ef-9081-0ded966256d8/file-1lwhtewdw.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwhtewdv/826a7638-b76c-470e-a9c1-d18f0bfc97a6/e4368c30-1838-11ef-9081-0ded966256d8/file-1lwhtewdw.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) 4th April Evening Shift Chemistry - Basics of Organic Chemistry Question 18 English Explanation"></p>
<p>Total number of $$\sigma$$ & $$\pi$$ bonds = 18</p> | integer | jee-main-2024-online-4th-april-evening-shift |
lv40vbj4 | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>IUPAC name of following hydrocarbon(X) is :</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "2,5,6-Trimethyloctane\n"}, {"identifier": "B", "content": "2-Ethyl-2,6-diethylheptane\n"}, {"identifier": "C", "content": "3,4,7-Trimethyloctane\n"}, {"identifier": "D", "content": "2-Ethyl-3,6-dimethylheptane"}] | ["A"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lw58j809/0ea8edbe-af79-43c0-9bec-4e6cee0e3875/d4ec1390-114d-11ef-83ee-c535c7d7d388/file-1lw58j80a.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lw58j809/0ea8edbe-af79-43c0-9bec-4e6cee0e3875/d4ec1390-114d-11ef-83ee-c535c7d7d388/file-1lw58j80a.png" loading="lazy" style="max-width: 100%;height: auto;display: block;margin: 0 auto;max-height: 40vh;vertical-align: baseline" alt="JEE Main 2024 (Online) 8th April Evening Shift Chemistry - Basics of Organic Chemistry Question 14 English Explanation"></p> | mcq | jee-main-2024-online-8th-april-evening-shift |
lv5gt4zt | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>Given below are two statements :</p>
<p><img src="data:image/png;base64,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"/></p>
<p>In the light of the above statements, choose the most appropriate answer from the options given below:</p> | [{"identifier": "A", "content": "Both Statement I and Statement II are incorrect.\n"}, {"identifier": "B", "content": "Both Statement I and Statement II are correct.\n"}, {"identifier": "C", "content": "Statement I is correct but Statement II is incorrect.\n"}, {"identifier": "D", "content": "Statement I is incorrect but Statement II is correct."}] | ["D"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lw91ouhk/28fa78ec-326f-4289-80ef-f7acc5d812ec/3406fd80-1366-11ef-be09-0704d0bfee2a/file-1lw91ouhl.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lw91ouhk/28fa78ec-326f-4289-80ef-f7acc5d812ec/3406fd80-1366-11ef-be09-0704d0bfee2a/file-1lw91ouhl.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 - Basics of Organic Chemistry Question 10 English Explanation 1"></p>
<p>Correct name is 1-chloro-2,4-dinitro benzene</p>
<p>Statement-I is incorrect.</p>
<p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lw91rw7o/2d0f1e71-2e41-4455-bba2-7c4566910741/88c99940-1366-11ef-be09-0704d0bfee2a/file-1lw91rw7p.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lw91rw7o/2d0f1e71-2e41-4455-bba2-7c4566910741/88c99940-1366-11ef-be09-0704d0bfee2a/file-1lw91rw7p.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 - Basics of Organic Chemistry Question 10 English Explanation 2"></p>
<p>Statement-II is correct.</p> | mcq | jee-main-2024-online-8th-april-morning-shift |
lv9s2szh | chemistry | basics-of-organic-chemistry | iupac-nomenclature | <p>The correct nomenclature for the following compound is :</p>
<p><img src="data:image/png;base64,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"/></p> | [{"identifier": "A", "content": "2-carboxy-4-hydroxyhept-7-enal\n"}, {"identifier": "B", "content": "2-formyl-4-hydroxyhept-7-enoic acid\n"}, {"identifier": "C", "content": "2-carboxy-4-hydroxyhept-6-enal\n"}, {"identifier": "D", "content": "2-formyl-4-hydroxyhept-6-enoic acid"}] | ["D"] | null | <p><img src="https://app-content.cdn.examgoal.net/fly/@width/image/1lwf2r14d/b4eff064-5e79-4c9a-bd13-1174f45e703d/0dcba1d0-16b7-11ef-91c0-eff662e0b03e/file-1lwf2r14e.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1lwf2r14d/b4eff064-5e79-4c9a-bd13-1174f45e703d/0dcba1d0-16b7-11ef-91c0-eff662e0b03e/file-1lwf2r14e.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 - Basics of Organic Chemistry Question 7 English Explanation"></p> | mcq | jee-main-2024-online-5th-april-evening-shift |
o8BmFj9gQsddtygX | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | For the estimation of nitrogen, 1.4 g of organic compound was digested by Kjeldahl method and the
evolved ammonia was absorbed in 60 mL of M/10 sulphuric acid. The unreacted acid required 20 ml of M/10
sodium hydroxide for complete neutralization. The percentage of nitrogen in the compound is: | [{"identifier": "A", "content": "3%"}, {"identifier": "B", "content": "5%"}, {"identifier": "C", "content": "6%"}, {"identifier": "D", "content": "10%"}] | ["D"] | null | $$\% \,\,$$ of $$\,\,N = {{1.4\,\, \times \,\,meq.of\,\,acid} \over {mass\,\,of\,\,organic\,\,compound}}$$
<br><br>meq. of $$\,\,{H_2}S{O_4} = 60 \times {M \over {10}} \times 2 = 12$$
<br><br>meq. of $$\,\,NaOH = 20 \times {M \over {10}} = 2$$
<br><br>$$\therefore$$ meq. of acid consumed $$ = 12 - 2 = 10$$
<br><br>$$\therefore$$ $$\,\,\,\% \,\,\,$$ $$N = {{1.4 \times 10} \over {1.4}} = 10\% $$ | mcq | jee-main-2014-offline |
8aPlaiwmP4fkNkrG | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | In Carius method of estimation of halogens, 250 mg of an organic compound gave 141 mg of AgBr. The
percentage of bromine in the compound is: (at. Mass Ag = 108; Br = 80) | [{"identifier": "A", "content": "48"}, {"identifier": "B", "content": "60"}, {"identifier": "C", "content": "36"}, {"identifier": "D", "content": "24"}] | ["D"] | null | Mass of substance $$=250$$ $$mg$$ $$=0.250$$ $$g$$
<br><br>Mass of $$AgBr$$ $$=141$$ $$mg=0.141$$ $$g$$
<br><br>$$1$$ mole of $$AgBr$$ $$=1$$ $$g$$ atom of $$Br$$
<br><br>$$188$$ $$g$$ of $$AgBr$$ $$=80$$ $$g$$ of $$Br$$
<br><br>$$188$$ $$g$$ of $$AgBr$$ contain bromine $$=80$$ $$g$$
<br><br>$$0.141$$ $$g$$ of $$AgBr$$ contain bromine $$ = {{80} \over {188}} \times 0.141$$
<br><br>This much amount of bromine present in $$0.250$$ $$g$$ of organic compound
<br><br>$$\therefore$$ $$\% $$ of bromine $$ = {{80} \over {188}} \times {{0.414} \over {0.250}} \times 100 = 24\% $$ | mcq | jee-main-2015-offline |
UAvdtqeDjcJ5hPYW | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | The distillation technique most suited for separating glycerol from spent-lye in the soap industry is : | [{"identifier": "A", "content": "Simple distillation"}, {"identifier": "B", "content": "Fractional distillation"}, {"identifier": "C", "content": "Steam distillation"}, {"identifier": "D", "content": "Distillation under reduced pressure"}] | ["D"] | null | <p>The best technique for separating glycerol from spent-lye in the soap industry is Distillation under Reduced Pressure, also known as Vacuum Distillation (Option D).</p>
<p>The reason for this is that glycerol has a high boiling point (~$${290^ \circ }$$$$C$$). If we were to use simple or fractional distillation, which involves boiling at standard atmospheric pressure, the high temperature could degrade or decompose the glycerol. </p>
<p>In contrast, vacuum distillation allows the separation to occur at a much lower temperature ( around $${180^ \circ }C$$) by reducing the pressure. This helps to prevent degradation of the glycerol, making it a better method for this particular separation. Steam distillation isn't suitable here, as it's typically used for temperature-sensitive, volatile substances, which isn't the case for glycerol.</p> | mcq | jee-main-2016-offline |
mOFUQmvkIYxuqBaxsBxWQ | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Which of the following statements is not true about partition chromatography? | [{"identifier": "A", "content": "Mobile phase can be a gas"}, {"identifier": "B", "content": "Stationary phase is a finely divided solid adsorbent"}, {"identifier": "C", "content": "Separation depends upon equilibration of solute between a mobile and a stationary phase\n"}, {"identifier": "D", "content": "Paper chromatography is an example of partition chromatography"}] | ["B"] | null | <p>In partition chromatography, which includes paper chromatography, the stationary phase is typically water held by cellulose fibers in the paper. This paper acts as an inert support. When a mixture is applied to the paper, its components partition between this stationary phase and the mobile phase (which can be a liquid or a gas). The varying affinities of the mixture's components for the stationary and mobile phases allow for their separation. </p>
<p>Now, let's address the options :</p>
<p>Option A : Mobile phase can be a gas - This is true. In partition chromatography, the mobile phase can be either a liquid or a gas.</p>
<p>Option B : Stationary phase is a finely divided solid adsorbent - This is typically false for partition chromatography. Here, the stationary phase is a liquid (like water in paper chromatography) that's held by an inert solid support (like cellulose paper). </p>
<p>Option C : Separation depends upon equilibration of solute between a mobile and a stationary phase - This is true. In partition chromatography, the mixture's components equilibrate between the mobile and stationary phases, leading to their separation.</p>
<p>Option D : Paper chromatography is an example of partition chromatography - This is true. As explained above, in paper chromatography, the stationary phase (water) is held by an inert support (cellulose paper), fitting the definition of partition chromatography.</p>
| mcq | jee-main-2017-online-8th-april-morning-slot |
sGb013VC8ZxZJ8QY5nLpC | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Two compounds I and II are eluted by column chromatography (adsorption of I > II). Which one of following is a correct statement ? | [{"identifier": "A", "content": "I moves faster and has higher R<sub>f</sub> value than II"}, {"identifier": "B", "content": "II movesfaster and has higher R<sub>f</sub> value than I"}, {"identifier": "C", "content": "I moves slower and has higher R<sub>f</sub> value than II"}, {"identifier": "D", "content": "II moves slower and has higher R<sub>f</sub> value than I"}] | ["B"] | null | According to question,
<br><br>Absorption of I > II, it means I is firmly attached to column. Hence it will move slowly and move little distance. As II is loosely attached to column.
<br><br>So, it will move faster and will move larger distance. | mcq | jee-main-2018-online-15th-april-evening-slot |
FltkfgWFfsS8fciFtw8HF | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | The correct match between items of <b>List-I</b> and <b>List-II</b> is :
<br/><br/><style type="text/css">
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<table class="tg">
<tbody><tr>
<th class="tg-p7ly" colspan="2">List - I</th>
<th class="tg-p7ly" colspan="2">List - II</th>
</tr>
<tr>
<td class="tg-p7ly">(A)</td>
<td class="tg-13k7">Coloured impurity</td>
<td class="tg-p7ly">(P)</td>
<td class="tg-13k7">Steam distilation</td>
</tr>
<tr>
<td class="tg-p7ly">(B)</td>
<td class="tg-13k7">Mixture of o-nitrophenol <br/>and p-nitrophenol</td>
<td class="tg-p7ly">(Q)</td>
<td class="tg-13k7">Fractional distilation</td>
</tr>
<tr>
<td class="tg-p7ly">(C)</td>
<td class="tg-13k7">Crude Naphtha </td>
<td class="tg-p7ly">(R)</td>
<td class="tg-13k7">Charcoal treatment</td>
</tr>
<tr>
<td class="tg-p7ly">(d)</td>
<td class="tg-13k7">Mixture of glycerol <br/>and sugars</td>
<td class="tg-p7ly">(S)</td>
<td class="tg-13k7">Distillation under <br/>reduced pressure</td>
</tr>
</tbody></table> | [{"identifier": "A", "content": "(A)-(R), (B)-(S), (C)-(P), (D)-(Q)"}, {"identifier": "B", "content": "(A)-(R), (B)-(P), (C)-(S), (D)-(Q)"}, {"identifier": "C", "content": "(A)-(R), (B)-(P), (C)-(Q), (D)-(S)"}, {"identifier": "D", "content": "(A)-(P), (B)-(S), (C)-(R), (D)-(Q)"}] | ["C"] | null | (a) Charcoal treatment removes coloured impurity through adsorption.
<br><br>(b) Steam distillation separates the mixture of o-nitrophenol and p-nitrophenol. The o-nitrophenol is
steam volatile (due to intramolecular hydrogen bonding), and the para isomer is not volatile.
<br><br>(c) Fractional distillation separates crude naphtha. Naphtha is a flammable liquid hydrocarbon
mixture.
<br><br>(d) Distillation under reduced pressure separates mixture of glycerol and sugars. Vacuum distillation
lowers the boiling point and prevents decomposition.
| mcq | jee-main-2018-online-15th-april-morning-slot |
Tnkau2QUd25jR5XAj2ntT | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | If dichloromethane (DCM) and water (H<sub>2</sub>O) are used for differential extraction, which one of the following statements is correct ? | [{"identifier": "A", "content": "DCM and H<sub>2</sub>O would stay as upper and lower layer respectively in the separating funnel (S.F.)"}, {"identifier": "B", "content": "DCM and H<sub>2</sub>O will make turbid/colloidal mixture"}, {"identifier": "C", "content": "DCM and H<sub>2</sub>O would stay as lower and upper layer respectively in the separating funnel(S.F)."}, {"identifier": "D", "content": "DCM and H<sub>2</sub>O will be miscible clearly "}] | ["C"] | null | Density of DCM = 1.39 and density of H<sub>2</sub>O = 1.0.
<p>Dichloromethane (DCM) is a denser solvent than water. Therefore, when a mixture of DCM and water is allowed to settle in a separating funnel, the DCM forms the lower layer due to its higher density, while the water forms the upper layer. The two solvents are immiscible, meaning they do not mix and form two distinct layers.</p>
<p>So, the correct answer is :</p>
<p>Option C : DCM and H<sub>2</sub>O would stay as lower and upper layer respectively in the separating funnel(S.F).</p> | mcq | jee-main-2019-online-10th-january-morning-slot |
DNOMaghnBzJKuD76hPsAH | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | The correct match between items I and II is :
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<table class="tg">
<tbody><tr>
<th class="tg-de48" colspan="2">Item-I (Mixture)</th>
<th class="tg-de48" colspan="2">Item-II (Seperation method)</th>
</tr>
<tr>
<td class="tg-wv9z">(A)</td>
<td class="tg-wv9z">H<sub>2</sub>O : Sugar</td>
<td class="tg-wv9z">(P)</td>
<td class="tg-wv9z">Sublimation</td>
</tr>
<tr>
<td class="tg-wrg0">(B)</td>
<td class="tg-wrg0">H<sub>2</sub>O : Aniline</td>
<td class="tg-wrg0">(Q)</td>
<td class="tg-wrg0">Recrystallization</td>
</tr>
<tr>
<td class="tg-wrg0">(C)</td>
<td class="tg-wrg0">H<sub>2</sub>O : Toluene<br/></td>
<td class="tg-wrg0">(R)</td>
<td class="tg-wrg0">Steam distillation</td>
</tr>
<tr>
<td class="tg-wrg0"></td>
<td class="tg-wrg0"></td>
<td class="tg-wrg0">(S)</td>
<td class="tg-wrg0">Differential extraction</td>
</tr>
</tbody></table> | [{"identifier": "A", "content": "A$$ \\to $$(R); (B)$$ \\to $$(P); (C)$$ \\to $$(S)"}, {"identifier": "B", "content": "A$$ \\to $$(Q); (B)$$ \\to $$(R); (C)$$ \\to $$(S)"}, {"identifier": "C", "content": "A$$ \\to $$(Q); (B)$$ \\to $$(P); (C)$$ \\to $$(R)"}, {"identifier": "D", "content": "A$$ \\to $$(S); (B)$$ \\to $$(R); (C)$$ \\to $$(P)"}] | ["B"] | null | <p>To find the correct match, let's understand what each separation method does :</p>
<ul>
<li><p>Sublimation : The process where a substance changes directly from a solid to a gas without passing through the liquid state. This method is not applicable to any mixtures here as all components are either liquid or soluble in liquid.</p>
</li>
<li><p>Recrystallization : A method used to purify a solid. The impure compound is dissolved in a hot solvent and then allowed to slowly crystallize out as the solution cools. This could be used to separate sugar from water.</p>
</li>
<li><p>Steam Distillation : A separation process which consists in distilling water together with other volatile and non-volatile components. This could be used to separate aniline from water as aniline has a higher boiling point.</p>
</li>
<li><p>Differential extraction : It's a method that is used to separate a substance from a mixture by using an extracting solvent. This could be used to separate toluene from water as toluene is less polar and wouldn't dissolve well in water.</p>
</li>
</ul>
<p>So, the correct match would be :</p>
<p>A -> Q : Water and sugar can be separated by recrystallization.</p>
<p>B -> R : Water and aniline can be separated by steam distillation.</p>
<p>C -> S : Water and toluene can be separated by differential extraction.</p>
<p>So, the correct option is Option C : A$$ \to $$(Q); (B)$$ \to $$(R); (C)$$ \to $$(S)</p>
| mcq | jee-main-2019-online-11th-january-morning-slot |
q5tdJRSJHrKWKmX9wX3rsa0w2w9jwve0kga | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | The principle of column chromatography is : | [{"identifier": "A", "content": "Gravitational force."}, {"identifier": "B", "content": "Capillary action."}, {"identifier": "C", "content": "Differential adsorption of the substances on the solid phase."}, {"identifier": "D", "content": "Differential absorption of the substances on the solid phase. "}] | ["C"] | null | <p>The principle of column chromatography is based on the differential adsorption of substances on the solid phase. This means that different substances in a mixture will interact with the solid stationary phase to different extents. Some substances will adsorb more strongly to the solid phase and will therefore move more slowly through the column, while others will adsorb less strongly and will therefore move more quickly. This differential adsorption allows for the separation of the substances in the mixture.</p>
<p>So, the correct answer is :</p>
<p>Option C : Differential adsorption of the substances on the solid phase.</p> | mcq | jee-main-2019-online-10th-april-morning-slot |
fDVEXjpq8DCMIPKMDb3rsa0w2w9jx0v14co | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | In chromatography, which of the following statements is incorrect for R<sub>f</sub> ? | [{"identifier": "A", "content": "R<sub>f</sub> value depends on the type of chromatography."}, {"identifier": "B", "content": "Higher R<sub>f</sub>\n value means higher adsorption."}, {"identifier": "C", "content": "R<sub>f</sub>\n value is dependent on the mobile phase."}, {"identifier": "D", "content": "The value of R<sub>f</sub>\n can not be more than one. "}] | ["B"] | null | R<sub>f</sub> = $${x \over y}$$
<br><br>$$x$$ = Distance moved by the substance from baseline
<br><br/>$$y$$ = Distance moved by the solvent from baseline
<br><br>Option A : Correct. The R<sub>f</sub> value can depend on the type of chromatography being used because different methods can use different stationary and mobile phases, which can influence how far a substance travels.
<br/><br/>Option B : Incorrect. The R<sub>f</sub> value is actually inversely related to adsorption. A higher Rf value indicates that the substance is less strongly adsorbed to the stationary phase, and therefore moves further along with the mobile phase.
<br/><br/>Option C : Correct. The nature of the mobile phase can greatly influence the R<sub>f</sub> value. The more compatible the substance is with the mobile phase, the further it will travel, leading to a higher Rf value.
<br/><br/>Option D : Correct. By definition, the R<sub>f</sub> value cannot exceed one, as a substance cannot travel further than the solvent.
<br/><br/>So, Option B is incorrect for the R<sub>f</sub> value in chromatography. | mcq | jee-main-2019-online-10th-april-evening-slot |
BRVJh4m9wYYt5bKNK97k9k2k5hl9t26 | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Kjeldahl's method cannot be used to estimate
nitrogen for which of the following
compounds? | [{"identifier": "A", "content": "C<sub>6</sub>H<sub>5</sub>NH<sub>2</sub>"}, {"identifier": "B", "content": "$${\\rm{N}}{{\\rm{H}}_2} - \\mathop C\\limits^{\\mathop \\parallel \\limits^O } - {\\rm{N}}{{\\rm{H}}_2}$$"}, {"identifier": "C", "content": "C<sub>6</sub>H<sub>5</sub>NO<sub>2</sub>"}, {"identifier": "D", "content": "CH<sub>3</sub>CH<sub>2</sub>-C $$ \\equiv $$ N"}] | ["C"] | null | Kjeldahl’s method is not applicable to
compounds containing nitrogen in nitro, azo
groups and nitrogen present in ring (pyridine). | mcq | jee-main-2020-online-8th-january-evening-slot |
q5oG6rGSA4bQHkIhuSjgy2xukf2b70jx | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Glycerol is separated in soap industries by : | [{"identifier": "A", "content": "Fractional distillation"}, {"identifier": "B", "content": "Distillation under reduced pressure"}, {"identifier": "C", "content": "Differential extraction"}, {"identifier": "D", "content": "Steam distillation"}] | ["B"] | null | Glycerol is separated in soap industries by distillation under reduced pressure. | mcq | jee-main-2020-online-3rd-september-morning-slot |
bkKIzgyVNxE2Xdmcgn7k9k2k5h3fkgm | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | A flask contains a mixture of isohexane and 3-methylpentane. One of the liquids boils at 63<sup>o</sup>C while the
other boils at 60<sup>o</sup>C What is the best way to separate the two liquids and which one will be distilled out first ? | [{"identifier": "A", "content": "fractional distillation, 3-methylpentane"}, {"identifier": "B", "content": "simple distillation, 3-methylpentane"}, {"identifier": "C", "content": "fractional distillation, isohexane"}, {"identifier": "D", "content": "simple distillation, isohexane"}] | ["C"] | null | Isohexane and 3 Methylpentane Having same molecular formula.
<br><br>Isohexane boil at 60<sup>o</sup>C and 3-Methyl pentane boil at 63<sup>o</sup>C. Both Having low Boiling point difference so
Fractional distillation is useful for separation and Isohexane Having low Boiling point So comes out first. | mcq | jee-main-2020-online-8th-january-morning-slot |
GCy75AHnQ2I3vh5l357k9k2k5epxn0x | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | A chromatography column, packed with silica gel as stationary phase, was used to separate a
mixture of compounds consisting of (A) benzanilide (B) aniline and (C) acetophenone. When the
column is eluted with a mixture of solvents, hexane : ethylacelate (20:80), the sequence of
obtained compounds is : | [{"identifier": "A", "content": "(A), (B) and (C)"}, {"identifier": "B", "content": "(B), (A) and (C)"}, {"identifier": "C", "content": "(C), (A) and (B)\n"}, {"identifier": "D", "content": "(B), (C) and (A) "}] | ["C"] | null | <p>In column chromatography, we separate different parts of a mixture by washing it with solvents. The part of the mixture that gets most strongly attached to the moving solvent (or mobile phase) moves down the column quicker and comes out first. This is marked by a high Rf value. Other parts of the mixture follow in the order of decreasing Rf values.</p>
<p>In this particular separation, we're using a very polar solvent because most of it is ethyl acetate (80%). This means that the most polar part of the mixture (the one with the highest dipole moment) will have the highest Rf value and will be the first to come out. We measure the dipole moments of the mixture's components to determine this order.</p>
<br><br><img src="https://app-content.cdn.examgoal.net/fly/@width/image/6y3zli1lki6ieh4/ccf5dfb5-8ded-4aa1-8189-8d64f2642fe5/83bf0d70-2ad9-11ee-86f3-9daeabecfcf3/file-6y3zli1lki6ieh5.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/6y3zli1lki6ieh4/ccf5dfb5-8ded-4aa1-8189-8d64f2642fe5/83bf0d70-2ad9-11ee-86f3-9daeabecfcf3/file-6y3zli1lki6ieh5.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh; vertical-align: baseline;" alt="JEE Main 2020 (Online) 7th January Evening Slot Chemistry - Basics of Organic Chemistry Question 158 English Explanation">
<br>$\therefore$ The sequence of obtained compounds is
<br><br>$$
(C)>(A)>(B)
$$ | mcq | jee-main-2020-online-7th-january-evening-slot |
Kn3U9kN0BT5OutLGa41klsbvxw9 | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Using the provided information in the following paper chromatogram :<br/><br/><img src="data:image/png;base64,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"/><br/>Fig : Paper chromatography for compounds A and B.<br/><br/>the calculated R<sub>f</sub> value of A ________$$\times$$ 10<sup>-1</sup>. | [] | null | 4 | $${R_f} = {{Dis\tan ce\,travelled\,by\,compound} \over {Dis\tan ce\,travelled\,by\,solvent}}$$<br><br>On chromatogram distance travelled by compound is = 2 cm<br><br>Distance travelled by solvent = 5 cm<br><br>So, $${R_f} = {2 \over 5} = $$ 4 $$\times$$ 10<sup>$$-$$1</sup> = 0.4 | integer | jee-main-2021-online-25th-february-morning-slot |
yTKueDaZTjGERgKmFP1klucw2q7 | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Given below are two statements :<br/><br/>Statement I : A mixture of chloroform and aniline can be separated by simple distillation.<br/><br/>Statement II : When separating aniline from a mixture of aniline and water by steam distillation aniline boils below its boiling point.<br/><br/>In the light of the above statements, choose the most appropriate answer from the options given below : | [{"identifier": "A", "content": "Both Statement I and Statement II are true"}, {"identifier": "B", "content": "Both Statement I and Statement II are false"}, {"identifier": "C", "content": "Statement I is true but Statement II is false"}, {"identifier": "D", "content": "Statement I is false but Statement II is true"}] | ["A"] | null | Mixture of chloroform and aniline can be
separated by simple distillation as these
two liquids have sufficient difference in
boiling point.
Chloroform (b.p. 334 K), aniline (b.p. 457 K)
<br><br> In steam distillation, if one of the
substances is water and the other, a water
insoluble substance (like aniline) then the
mixture will boil close to but below 373 K. | mcq | jee-main-2021-online-26th-february-morning-slot |
fY08CRP8mlUgZk3BNo1kmht5wqw | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | In chromotography technique, the purification of compound is independent of : | [{"identifier": "A", "content": "Solubility of the compound"}, {"identifier": "B", "content": "Mobility or flow of solvent system"}, {"identifier": "C", "content": "Physical state of the pure compound"}, {"identifier": "D", "content": "Length of the column or TLC plate"}] | ["C"] | null | <p>The purification of a compound using chromatography is dependent on several factors, including the solubility of the compound, the mobility or flow of the solvent system, and the length of the column or TLC plate. However, it is not typically dependent on the physical state of the pure compound. Here's why :</p>
<p>Option A : The solubility of the compound in the mobile phase and its interaction with the stationary phase are key factors in determining how the compound will migrate in a chromatographic system. Hence, the solubility of the compound does affect its purification.</p>
<p>Option B : The mobility or flow of the solvent system, often referred to as the mobile phase in chromatography, also plays a significant role in the separation of components in the mixture. The rate at which the mobile phase moves can influence how far and how quickly the components of the mixture will travel.</p>
<p>Option C : The physical state (solid, liquid, gas) of the pure compound is usually not a factor in the purification process in chromatography. Whether a compound is solid, liquid, or gas does not typically affect its ability to be separated by chromatography, as it is the interactions between the compound and the stationary/mobile phases that are key.</p>
<p>Option D : The length of the column or TLC plate can impact the degree of separation achieved in chromatography. A longer column or TLC plate can provide more opportunities for the interactions that drive the separation process, often leading to better separation of the components.</p>
<p>So, Option C is correct : The physical state of the pure compound is usually not a factor in its purification by chromatography.</p> | mcq | jee-main-2021-online-16th-march-morning-shift |
TRbgXhH7Da5NP2lHnv1kmj85yjg | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Given below are two statements :<br/><br/>Statement I : Retardation factor (R<sub>f</sub>) can be measured in meter/centimeter.<br/><br/>Statement II : R<sub>f</sub> value of a compound remains constant in all solvents.<br/><br/>Choose the most appropriate answer from the options given below : | [{"identifier": "A", "content": "Statement I is true but statement II is false"}, {"identifier": "B", "content": "Statement I is false but statement II is true"}, {"identifier": "C", "content": "Both statement I and statement II are true"}, {"identifier": "D", "content": "Both statement I and statement II are false"}] | ["D"] | null | Retardation factor (R<sub>f</sub>) is the ratio of the distance
moved by the substance from the baseline to the
distance moved by the solvent from the baseline.
So, it is dimensionless. The distance moved by the
substance is due to the adsorption of the substance on
the stationary phase. It does not depend on the
nature of the solvent. But the distance moved by the
solvent will change with the nature of the solvent.
Therefore, R<sub>f</sub> will vary with the change in the solvent.<br><br>
So, both the statements are false. | mcq | jee-main-2021-online-17th-march-morning-shift |
kIA7Z1DjmA1MGVgiIi1kmki58j1 | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Nitrogen can be estimated by Kjeldahl's method for which of the following compound? | [{"identifier": "A", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734267726/exam_images/yogcyobvllpfhszyw5qz.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 17th March Evening Shift Chemistry - Basics of Organic Chemistry Question 136 English Option 1\">"}, {"identifier": "B", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264198/exam_images/dhgd8f9bhyruxe7skm4w.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 17th March Evening Shift Chemistry - Basics of Organic Chemistry Question 136 English Option 2\">"}, {"identifier": "C", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264217/exam_images/g10rj7dz3ao1peq30uy3.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 17th March Evening Shift Chemistry - Basics of Organic Chemistry Question 136 English Option 3\">"}, {"identifier": "D", "content": "<img src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266197/exam_images/ntrm9gearte9gz2gaufd.webp\" style=\"max-width: 100%;height: auto;display: block;margin: 0 auto;\" loading=\"lazy\" alt=\"JEE Main 2021 (Online) 17th March Evening Shift Chemistry - Basics of Organic Chemistry Question 136 English Option 4\">"}] | ["D"] | null | Kjeldahl’s method can’t be used for compounds
containing nitro or azo groups.<br><br>
Also for compounds containing nitrogen in the ring,
Kjeldahl’s method can’t be used. | mcq | jee-main-2021-online-17th-march-evening-shift |
1krrl7mah | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | When 0.15 g of an organic compound was analyzed using Carius method for estimation of bromine, 0.2397 g of AgBr was obtained. The percentage of bromine in the organic compound is ______________. (Nearest integer)<br/><br/>[Atomic mass : Silver = 108, Bromine = 80] | [] | null | 68 | Moles of Br = Moles of AgBr obtained<br><br>$$\Rightarrow$$ Mass of Br = $${{0.2397} \over {188}}$$ $$\times$$ 80 g<br><br>therefore % Br in the organic compound <br><br>$$ = {{{W_{Br}}} \over {{W_T}}}$$ $$\times$$ 100<br><br>$${{0.2397 \times 80} \over {188 \times 0.15}}$$ $$\times$$ 100 = 0.85 $$\times$$ 80 = 68<br><br>$$\Rightarrow$$ Nearest integer is '68'. | integer | jee-main-2021-online-20th-july-evening-shift |
1krt37ftf | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Which purification technique is used for high boiling organic liquid compound (decomposes near its boiling point)? | [{"identifier": "A", "content": "Simple distillation"}, {"identifier": "B", "content": "Steam ditillation"}, {"identifier": "C", "content": "Fractional distillation"}, {"identifier": "D", "content": "Reduced pressure distillation"}] | ["D"] | null | Reduced pressure distillation or vacuum distillation is used for the purification of high boiling organic liquids which decomposes at or below their boiling point. | mcq | jee-main-2021-online-22th-july-evening-shift |
1ktiedge7 | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Given below are two statements : one is labelled as Assertion (A) and the other is labelled as Reason (R) :<br/><br/>Assertion (A) : A simple distillation can be used to separate a mixture of propanol and propanone.<br/><br/>Reason (R) : Two liquids with a difference of more than 20$$^\circ$$ in their boiling points can be separated by simple distillations.<br/><br/>In the light of the above statements, choose the most appropriate answer from the options given below : | [{"identifier": "A", "content": "(A) is false but (R) is true."}, {"identifier": "B", "content": "Both (A) and (R) are correct but (R) is not the correct explanation of (A)"}, {"identifier": "C", "content": "(A) is true but (R) is false"}, {"identifier": "D", "content": "Both (A) and (R) are correct and (R) is the correct explanation of (A)."}] | ["D"] | null | Simple distillation can be used to separate a
mixture of propanol and propanone.
<br><br>• Two liquid with difference in B.P. around 20°C
can be separated by simple distillation.
<br><br>• B.P. of propanol is 370 K.
<br>B.P. of acetone is 329 K.
<br><br>Both assertion & reason are correct & (R) is the correct explanation of (A). | mcq | jee-main-2021-online-31st-august-morning-shift |
1l56b0tm8 | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Which one of the following techniques is not used to spot components of a mixture separated on thin layer chromatographic plate?</p> | [{"identifier": "A", "content": "I<sub>2</sub> (Solid)"}, {"identifier": "B", "content": "U.V. Light"}, {"identifier": "C", "content": "Visualisation agent as a component of mobile phase"}, {"identifier": "D", "content": "Spraying of an appropriate reagent"}] | ["C"] | null | TLC is a technique used to separate mixture of compounds based on differences in polarity. In TLC a glass
plate coated with a stationary phase is spotted with the mixture to be separated. | mcq | jee-main-2022-online-28th-june-morning-shift |
1l59r6ck3 | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <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 mixture contains benzoic acid and napthalene. The pure benzoic acid can be separated out by the use of benzene.</p>
<p>Reason R : Benzoic acid is soluble in hot water.</p>
<p>In the light of the above statements, choose the most appropriate 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."}] | ["D"] | null | Since, both benzoic acid and naphthalene will
dissolve in benzene. Hence assertion is wrong.<br/><br/>
Benzoic acid is almost insoluble in cold water but
soluble in hot water. Hence Reason is true. | mcq | jee-main-2022-online-25th-june-evening-shift |
1l5am1psg | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Phenol on reaction with dilute nitric acid, gives two products. Which method will be most efficient for large scale separation?</p> | [{"identifier": "A", "content": "Chromatographic separation"}, {"identifier": "B", "content": "Fractional Crystallisation"}, {"identifier": "C", "content": "Steam distillation"}, {"identifier": "D", "content": "Sublimation"}] | ["C"] | null | <img src="https://app-content.cdn.examgoal.net/fly/@width/image/1l8mcjbp1/3d2ed7f3-8d11-474b-a0ae-7b9a916da7d8/9e3bf250-3f91-11ed-b7a1-977a3e42380c/file-1l8mcjbp2.png?format=png" data-orsrc="https://app-content.cdn.examgoal.net/image/1l8mcjbp1/3d2ed7f3-8d11-474b-a0ae-7b9a916da7d8/9e3bf250-3f91-11ed-b7a1-977a3e42380c/file-1l8mcjbp2.png" loading="lazy" style="max-width: 100%; height: auto; display: block; margin: 0px auto; max-height: 40vh;" alt="JEE Main 2022 (Online) 25th June Morning Shift Chemistry - Basics of Organic Chemistry Question 102 English Explanation"><br>
o-Nitrophenol and p-Nitrophenol can be easily separated by steam distillation. | mcq | jee-main-2022-online-25th-june-morning-shift |
1l6f812yg | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>The separation of two coloured substances was done by paper chromatography. The distances travelled by solvent front, substance A and substance B from the base line are 3.25 cm, 2.08 cm and 1.05 cm, respectively. The ratio of R<sub>f</sub> values of A to B is _____________.</p> | [] | null | 2 | $$\mathrm{R}_{\mathrm{f}}=\frac{\text { Distance travelled by the substance }}{\text { Distance travelled by the solvent front }}$$
<br/><br/>
$$\left(R_{f}\right)_{A}=\frac{2.08}{3.25}$$
<br/><br/>
$$\left(R_{f}\right)_{B}=\frac{1.05}{3.25}$$
<br/><br/>
$$\frac{\left(R_{f}\right)_{A}}{\left(R_{f}\right)_{B}} \simeq 2$$ | integer | jee-main-2022-online-25th-july-evening-shift |
1l6gqmtwh | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Which technique among the following, is most appropriate in separation of a mixture of $$100 \,\mathrm{mg}$$ of $$p$$-nitrophenol and picric acid ?</p> | [{"identifier": "A", "content": "Steam distillation"}, {"identifier": "B", "content": "2-5 ft long column of silica gel"}, {"identifier": "C", "content": "Sublimation"}, {"identifier": "D", "content": "Preparative TLC (Thin Layer Chromatography)"}] | ["D"] | null | Thin layer chromatography is a technique used to
isolate non-volatile mixtures.<br/><br/>
Hence, mixture of p-nitrophenol and Picric acid is
separated by TLC. | mcq | jee-main-2022-online-26th-july-morning-shift |
1l6kr4j7b | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Match List - I with List - II.</p>
<p><style type="text/css">
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<table class="tg" style="undefined;table-layout: fixed; width: 497px">
<colgroup>
<col style="width: 53px"/>
<col style="width: 208px"/>
<col style="width: 40px"/>
<col style="width: 196px"/>
</colgroup>
<thead>
<tr>
<th class="tg-1wig"></th>
<th class="tg-1wig">List - I<br/>(Mixture)</th>
<th class="tg-1wig"></th>
<th class="tg-1wig">List - II<br/>(Purification Process)</th>
</tr>
</thead>
<tbody>
<tr>
<td class="tg-0lax">(A)</td>
<td class="tg-0lax">Chloroform & Aniline</td>
<td class="tg-0lax">(I)</td>
<td class="tg-0lax">Steam distillation</td>
</tr>
<tr>
<td class="tg-0lax">(B)</td>
<td class="tg-0lax">Benzoic acid & Napthalene</td>
<td class="tg-0lax">(II)</td>
<td class="tg-0lax">Sublimation</td>
</tr>
<tr>
<td class="tg-0lax">(C)</td>
<td class="tg-0lax">Water & Aniline</td>
<td class="tg-0lax">(III)</td>
<td class="tg-0lax">Distillation</td>
</tr>
<tr>
<td class="tg-0lax">(D)</td>
<td class="tg-0lax">Napthalene & Sodium chloride</td>
<td class="tg-0lax">(IV)</td>
<td class="tg-0lax">Crystallisation</td>
</tr>
</tbody>
</table></p>
<p>Choose the correct answer from the options given below :</p> | [{"identifier": "A", "content": "(A) - (IV), (B) - (III), (C) - (I), (D) - (II)"}, {"identifier": "B", "content": "(A) - (III), (B) - (I), (C) - (IV), (D) - (II)"}, {"identifier": "C", "content": "(A) - (III), (B) - (IV), (C) - (II), (D) - (I)"}, {"identifier": "D", "content": "(A) - (III), (B) - (IV), (C) - (I), (D) - (II)"}] | ["D"] | null | (A) Chloroform + Aniline $\rightarrow$ (III) Distillation<br/><br/>
(B) Benzoic acid + Napthalene $\rightarrow$ (IV) Crystallisation<br/><br/>
(C) Water + Aniline $\rightarrow$ (I) Steam distillation<br/><br/>
(D) Napthalene + Sodium chloride $\rightarrow$ (II) Sublimation | mcq | jee-main-2022-online-27th-july-evening-shift |
1l6nx7lkp | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Given below are two statements: One is labelled as Assertion A and the other is labelled as Reason R</p>
<p>Assertion A : Thin layer chromatography is an adsorption chromatography.</p>
<p>Reason R : A thin layer of silica gel is spread over a glass plate of suitable size in thin layer chromatography which acts as an adsorbent.</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"}] | ["A"] | null | Thin layer chromoatography (TLC) is another type
of adsorption chromatography, which involve
sepration of substance of a mixture ovel a thin
layer of an adsorbent coated on glass plate.<br/><br/>
A thin layer (about 0.2 mm thick) of an adsorbent
(silica gel) or (Alumina) in spread overa glass plate
of suitable size. Hence Assertion (A) is correct and
Reason (R) is correct explanation of (A) | mcq | jee-main-2022-online-28th-july-evening-shift |
1ldpnyhxm | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Match items of column I and II</p>
<p><style type="text/css">
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.tg .tg-baqh{text-align:center;vertical-align:top}
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</style>
<table class="tg" style="table-layout: fixed;">
<colgroup>
<col style="width: 59px"/>
<col style="width: 248px"/>
<col style="width: 58px"/>
<col style="width: 256px"/>
</colgroup>
<thead>
<tr>
<th class="tg-amwm"></th>
<th class="tg-1wig">Column I (Mixture of compounds)</th>
<th class="tg-amwm"></th>
<th class="tg-1wig">Column II (Separation Technique)</th>
</tr>
</thead>
<tbody>
<tr>
<td class="tg-baqh">A.</td>
<td class="tg-0lax">$$\mathrm{H_2O/CH_2Cl_2}$$</td>
<td class="tg-baqh">i.</td>
<td class="tg-0lax">Crystalization</td>
</tr>
<tr>
<td class="tg-baqh">B.</td>
<td class="tg-0lax"><img src="data:image/png;base64,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"/></td>
<td class="tg-baqh">ii.</td>
<td class="tg-0lax">Differential solvent extraction</td>
</tr>
<tr>
<td class="tg-baqh">C.</td>
<td class="tg-0lax">Kerosene / Naphthalene</td>
<td class="tg-baqh">iii.</td>
<td class="tg-0lax">Column chromatography</td>
</tr>
<tr>
<td class="tg-baqh">D.</td>
<td class="tg-0lax">$$\mathrm{C_6H_{12}O_6/NaCl}$$</td>
<td class="tg-baqh">iv.</td>
<td class="tg-0lax">Fractional Distillation</td>
</tr>
</tbody>
</table></p>
<p>Correct match is </p> | [{"identifier": "A", "content": "A-(ii), B-(iv), C-(i), D-(iii)"}, {"identifier": "B", "content": "A-(iii), B-(iv), C-(ii), D-(i)"}, {"identifier": "C", "content": "A-(i), B-(iii), C-(ii), D-(iv)"}, {"identifier": "D", "content": "A-(ii), B-(iii), C-(iv), D-(i)"}] | ["D"] | null | Water and dichloromethane can be separated by
differential extraction.
<br/><br/>C<sub>6</sub>H<sub>12</sub>O<sub>6</sub> and NaCl can be separated by
crystallization. | mcq | jee-main-2023-online-31st-january-morning-shift |
ldqx9epg | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Match List <b>I</b> with List <b>II</b>:</p>
<style type="text/css">
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.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;
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.tg .tg-c3ow{border-color:inherit;text-align:center;vertical-align:top}
.tg .tg-0pky{border-color:inherit;text-align:left;vertical-align:top}
</style>
<table class="tg">
<thead>
<tr>
<th class="tg-c3ow" colspan="2"> List I (Mixture) </th>
<th class="tg-0pky" colspan="2"> List II (Separation Technique) </th>
</tr>
</thead>
<tbody>
<tr>
<td class="tg-0pky">A.</td>
<td class="tg-0pky">$\mathrm{CHCl}_3+\mathrm{C}_6 \mathrm{H}_5 \mathrm{NH}_2$</td>
<td class="tg-0pky">I.</td>
<td class="tg-0pky">Steam distillation</td>
</tr>
<tr>
<td class="tg-0pky">B.</td>
<td class="tg-0pky">$\mathrm{C}_6 \mathrm{H}_{14}+\mathrm{C}_5 \mathrm{H}_{12}$</td>
<td class="tg-0pky">II.</td>
<td class="tg-0pky">Differential extraction</td>
</tr>
<tr>
<td class="tg-0pky">C.</td>
<td class="tg-0pky">$\mathrm{C}_6 \mathrm{H}_5 \mathrm{NH}_2+\mathrm{H}_2 \mathrm{O}$</td>
<td class="tg-0pky">III.</td>
<td class="tg-0pky">Distillation</td>
</tr>
<tr>
<td class="tg-0pky">D.</td>
<td class="tg-0pky">$\text { Organic compound in } \mathrm{H}_2 \mathrm{O}$</td>
<td class="tg-0pky">IV.</td>
<td class="tg-0pky">Fractional distillation</td>
</tr>
</tbody>
</table> | [{"identifier": "A", "content": "A-III, B-I, C-IV, D-II"}, {"identifier": "B", "content": "A-II, B-I, C-III, D-IV"}, {"identifier": "C", "content": "A-IV, B-I, C-III, D-II"}, {"identifier": "D", "content": "A-III, B-IV, C-I, D-II"}] | ["D"] | null | <p><style type="text/css">
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<th class="tg-7btt"></th>
<th class="tg-7btt">Mixture</th>
<th class="tg-7btt"></th>
<th class="tg-7btt">Separation technique</th>
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<td class="tg-c3ow">(A)</td>
<td class="tg-0pky">$$\mathrm{CHCl_3+C_6H_5NH_2}$$</td>
<td class="tg-c3ow">$$\to$$</td>
<td class="tg-0pky">Distillation</td>
</tr>
<tr>
<td class="tg-c3ow">(B)</td>
<td class="tg-0pky">$$\mathrm{C_6H_4+C_5H_{12}}$$</td>
<td class="tg-c3ow">$$\to$$</td>
<td class="tg-0pky">Fractional distillation</td>
</tr>
<tr>
<td class="tg-c3ow">(C)</td>
<td class="tg-0pky">$${C_6H_NH_2+H_2O}$$</td>
<td class="tg-c3ow">$$\to$$</td>
<td class="tg-0pky">Steam distillation</td>
</tr>
<tr>
<td class="tg-c3ow">(D)</td>
<td class="tg-0pky">Organic compound in $$\mathrm{H_2O}$$</td>
<td class="tg-c3ow">$$\to$$</td>
<td class="tg-0pky">Differential extraction</td>
</tr>
</tbody>
</table></p> | mcq | jee-main-2023-online-30th-january-evening-shift |
1ldssjubj | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Following chromatogram was developed by adsorption of compound 'A' on a 6 cm TLC glass plate. Retardation factor of the compound 'A' is _________ $$\times 10^{-1}$$.</p>
<p><img src="data:image/png;base64,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"/></p> | [] | null | 6 | $\mathrm{R}_{\mathrm{f}}=\frac{\text { Distance moved by thesubstance frombaseline }}{\text { Distance moved by thesolvent frombaseline }}$<br/><br/> $=\frac{3.0 \mathrm{~cm}}{5.0 \mathrm{~cm}}=0.6$ or $6 \times 10^{-1}$ | integer | jee-main-2023-online-29th-january-morning-shift |
lgnzeywd | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Which of the following statement is correct for paper chromatography? | [{"identifier": "A", "content": "Water present in the mobile phase gets absorbed by the paper which then forms the stationary phase."}, {"identifier": "B", "content": "Water present in the pores of the paper forms the stationary phase."}, {"identifier": "C", "content": " Paper sheet forms the stationary phase."}, {"identifier": "D", "content": "Paper and water present in its pores together form the stationary phase."}] | ["B"] | null | The correct statement for paper chromatography is:
<br/><br/>
(B) Water present in the pores of the paper forms the stationary phase.
<br/><br/>
In paper chromatography, the stationary phase is the water that is absorbed and trapped in the pores of the paper, while the mobile phase is a liquid solvent that moves through the paper carrying the sample with it. The different components of the sample have different affinities for the stationary phase and the mobile phase, causing them to move at different rates and separate from each other on the paper. | mcq | jee-main-2023-online-15th-april-morning-shift |
1lgrlkiw3 | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Three organic compounds A, B and $$\mathrm{C}$$ were allowed to run in thin layer chromatography using hexane and gave the following result (see figure). The $$\mathrm{R}_{\mathrm{f}}$$ value of the most polar compound is ____________ $$\times 10^{-2}$$</p>
<p><img src="data:image/png;base64,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"/></p> | [] | null | 25 | In thin layer chromatography using hexane, the least polar compound will rise to maximum height and most polar compound will rise to minimum height.<br/><br/>
$\therefore \mathrm{R}_{\mathrm{f}}$ value for most polar compound<br/><br/>
$$
\begin{aligned}
& =\frac{2}{8}=0.25 \\\\
& =25 \times 10^{-2}
\end{aligned}
$$ | integer | jee-main-2023-online-12th-april-morning-shift |
1lguzrwva | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Thin layer chromatography of a mixture shows the following observation:</p>
<p><img src="data:image/png;base64,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"/></p>
<p>The correct order of elution in the silica gel column chromatography is</p> | [{"identifier": "A", "content": "B, A, C"}, {"identifier": "B", "content": "C, A, B"}, {"identifier": "C", "content": "A, C, B"}, {"identifier": "D", "content": "B, C, A"}] | ["C"] | null | According to the observation, A is more mobile and interacts with the mobile phase more than $\mathrm{C}$, and $\mathrm{C}$ is more drawn to the mobile phase than $\mathrm{B}$.
<br/><br/>Hence, the correct order of elution in the silico gel column chromatography is : $\mathrm{B}<\mathrm{C}<\mathrm{A}$ | mcq | jee-main-2023-online-11th-april-morning-shift |
1lgygjxi9 | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Using column chromatography, mixture of two compounds 'A' and 'B' was separated. 'A' eluted first, this indicates 'B' has</p> | [{"identifier": "A", "content": "high R<sub>f</sub>, weaker adsorption"}, {"identifier": "B", "content": "high R<sub>f</sub>, stronger adsorption"}, {"identifier": "C", "content": "low R<sub>f</sub>, weaker adsorption"}, {"identifier": "D", "content": "low R<sub>f</sub>, stronger adsorption"}] | ["D"] | null | <p>In column chromatography, the compound that elutes first is the one that is less strongly adsorbed to the stationary phase. Hence, 'A' has weaker adsorption than 'B'. Therefore, 'B' has stronger adsorption.</p>
<p>The retention factor (R<sub>f</sub>) is a measure of how much a compound moves up the column; a higher Rf means the compound travels further and is less strongly adsorbed to the stationary phase. Since 'A' elutes first, 'A' has a higher R<sub>f</sub> than 'B'. Hence, 'B' has a lower R<sub>f</sub>.</p>
<p>So, the correct answer is '<b>Option D</b>: low R<sub>f</sub>, stronger adsorption'.</p>
| mcq | jee-main-2023-online-10th-april-morning-shift |
1lh32g43h | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>From the figure of column chromatography given below, identify incorrect statements.</p>
<p><img src="data:image/png;base64,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"/></p>
<p>A. Compound 'c' is more polar than 'a' and 'b'</p>
<p>B. Compound '$$\mathrm{a}$$' is least polar</p>
<p>C. Compound 'b' comes out of the column before 'c' and after 'a'</p>
<p>D. Compound 'a' spends more time in the column</p>
<p>Choose the correct answer from the options given below:</p> | [{"identifier": "A", "content": "B and D only"}, {"identifier": "B", "content": "B, C and D only"}, {"identifier": "C", "content": "A, B and D only"}, {"identifier": "D", "content": "A, B and C only"}] | ["D"] | null | As the chromatogram, degree of polarity
$$
\rightarrow \mathrm{a}>\mathrm{b}>\mathrm{c} \text {. }
$$<br/><br/>
$\therefore$ Statements A, B are incorrect as b comes out before ' $C$ ' the statement $C$ is also incorrect.<br/><br/>
As a is most polar, it spends most time. Hence, A, B & C are incorrect statements. | mcq | jee-main-2023-online-6th-april-evening-shift |
lsaoomjj | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | Lassaigne's test is used for detection of : | [{"identifier": "A", "content": "Phosphorous and halogens only"}, {"identifier": "B", "content": "Nitrogen, Sulphur and Phosphorous only"}, {"identifier": "C", "content": "Nitrogen, Sulphur, phosphorous and halogens"}, {"identifier": "D", "content": "Nitrogen and Sulphur only"}] | ["C"] | null | <p>Lassaigne's test is a qualitative test in analytical chemistry used to detect the presence of certain elements, namely nitrogen, sulfur, and halogens in an organic compound. The test involves heating the organic compound with sodium metal to convert these elements to sodium salts, which can then react with specific reagents to yield visibly identifiable compounds.</p>
<p>Let's go through the options one by one:</p>
<p>Option A suggests that Lassaigne's test is used for the detection of phosphorous and halogens only. This is incorrect because the test is also used to detect nitrogen and sulfur.</p>
<p>Option B suggests that the test is for nitrogen, sulfur, and phosphorous only. However, Lassaigne's test does not typically involve a specific test for phosphorous. </p>
<p>Option C, which is the correct answer, indicates that this test is used to detect nitrogen, sulfur, phosphorous, and halogens. Even though phosphorous detection isn't as common as the detection of nitrogen, sulfur, and halogens in the typical Lassaigne's test, the option stating all four elements should be considered the most complete answer among those provided, given its inclusion of all elements that could potentially be detected with adaptations of the test.</p>
<p>Option D states that the test is for nitrogen and sulfur only, which is not entirely accurate because the test can also be used to detect halogens, and potentially, albeit less commonly, phosphorous.</p>
<p>Therefore, the most accurate answer is Option C: Nitrogen, Sulphur, phosphorous, and halogens.</p>
| mcq | jee-main-2024-online-1st-february-evening-shift |
1lsg7bpxi | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Which among the following purification methods is based on the principle of "Solubility" in two different solvents?</p> | [{"identifier": "A", "content": "Distillation\n"}, {"identifier": "B", "content": "Sublimation\n"}, {"identifier": "C", "content": "Column Chromatography\n"}, {"identifier": "D", "content": "Differential Extraction"}] | ["D"] | null | <p>The purification method among the ones listed that is based on the principle of "Solubility" in two different solvents is Option D, Differential Extraction.</p>
<p>Differential extraction, also known as liquid-liquid extraction or solvent extraction, is a technique to separate compounds based on their relative solubilities in two different immiscible liquids, usually water and an organic solvent. It exploits the fact that the compound of interest has different solubility properties in two solvents which are not miscible with each other. A solution containing the desired compound and impurities is mixed with a second solvent in which the desired compound is more soluble. The two solvents form layers due to their immiscibility, and the compound partitions into the layer where it is more soluble. By separating the layers and repeating the process if necessary, a higher degree of purification can be achieved for the target compound.</p>
<p>Let's quickly review why the other options do not primarily use solubility in two different solvents:</p>
<ul>
<li><strong>Distillation (Option A):</strong> Distillation is a process that separates the components of a mixture based on differences in their boiling points. It does not rely on differential solubility in two solvents.</li>
<br/><li><strong>Sublimation (Option B):</strong> Sublimation is the phase transition of a substance from the solid to the gas phase without passing through the intermediate liquid phase. This process is based on the volatility of the substance, not on its solubility in solvents.</li>
<br/><li><strong>Column Chromatography (Option C):</strong> Column chromatography separates compounds based on their differing affinities to a stationary phase (often a solid) and a mobile phase (often a liquid). The separation is achieved by partitioning between the phases, but it does not primarily involve the solubility of the compounds in two different immiscible solvents.</li>
</ul> | mcq | jee-main-2024-online-30th-january-evening-shift |
luz2ustl | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Methods used for purification of organic compounds are based on :</p> | [{"identifier": "A", "content": "neither on nature of compound nor on the impurity present.\n"}, {"identifier": "B", "content": "presence of impurity only.\n"}, {"identifier": "C", "content": "nature of compound and presence of impurity.\n"}, {"identifier": "D", "content": "nature of compound only."}] | ["C"] | null | <p>The methods used for the purification of organic compounds are fundamentally based on both the nature of the compound and the presence of the impurity. This is because the selection of a suitable purification technique requires understanding not only what the organic compound is (i.e., its physical and chemical properties) but also the type of impurities that need to be removed.</p>
<p>For example, if an organic compound is a solid with a high melting point and the impurity is a low melting solid or a liquid, techniques like sublimation or crystallization could be used, which rely on the differences in physical properties between the compound and the impurity. On the other hand, if the compound needs to be purified from substances with similar boiling points, then a more refined method such as fractional distillation might be employed, relying on slight differences in boiling points. In cases where the compound is mixed with substances that have similar physical properties but different chemical reactivities, chemical methods such as extraction or chromatography could be used, which exploit these chemical differences.</p>
<p>Therefore, the correct answer is:</p>
<p><b>Option C</b>: nature of compound and presence of impurity.</p> | mcq | jee-main-2024-online-9th-april-morning-shift |
lv9s2t04 | chemistry | basics-of-organic-chemistry | purification-of-organic-compounds | <p>Using the given figure, the ratio of $$\mathrm{R}_f$$ values of sample $$\mathrm{A}$$ and sample $$\mathrm{C}$$ is $$x \times 10^{-2}$$. Value of $$x$$ is __________.</p>
<p><img src="data:image/png;base64,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"/></p> | [] | null | 50 | <p>To determine the ratio of the $$\mathrm{R}_f$$ values of sample $$\mathrm{A}$$ and sample $$\mathrm{C}$$, follow these steps:</p>
<ol>
<li><strong>Understanding the $$\mathrm{R}_f$$ Value</strong>:</li>
</ol>
<p>The $$\mathrm{R}_f$$ value (Retention factor) is calculated using the formula:</p>
<p>$$\mathrm{R}_{\mathrm{f}} = \frac{\text{Distance travelled by the substance from the base line }(\mathrm{x})}{\text{Distance travelled by the solvent from the base line }(\mathrm{y})}$$</p>
<ol>
<li><strong>Calculate $$\mathrm{R}_f$$ for Sample $$A$$</strong>:</li>
</ol>
<ul>
<li>Distance travelled by substance $$A$$ (from the figure): 5 cm</li><br>
<li>Distance travelled by the solvent: 12.5 cm</li><br>
<li>So, $$\left(R_f\right)_A = \frac{5}{12.5}$$</li>
</ul>
<ol>
<li><strong>Calculate $$\mathrm{R}_f$$ for Sample $$C$$</strong>:</li>
</ol>
<ul>
<li>Distance travelled by substance $$C$$ (from the figure): 10 cm</li><br>
<li>Distance travelled by the solvent: 12.5 cm</li><br>
<li>So, $$\left(R_f\right)_C = \frac{10}{12.5}$$</li>
</ul>
<ol>
<li><strong>Ratio of $$\mathrm{R}_f$$ values for $$A$$ and $$C$$</strong>:</li>
</ol>
<ul>
<li>The ratio is given by:</li>
</ul>
<p>$$\frac{\left(R_f\right)_A}{\left(R_f\right)_C} = \frac{\frac{5}{12.5}}{\frac{10}{12.5}}$$</p>
<ul>
<li>Simplify the ratio:</li>
</ul>
<p>$$\frac{\left(R_f\right)_A}{\left(R_f\right)_C} = \frac{5}{12.5} \times \frac{12.5}{10} = \frac{5}{10} = 0.5$$</p>
<ol>
<li><strong>Converting to the given form</strong>:</li>
</ol>
<ul>
<li>The simplified ratio (0.5) should be expressed in the form $$x \times 10^{-2}$$.</li><br>
<li>Since $$0.5 = 50 \times 10^{-2}$$,</li>
</ul>
<p>we can identify $$x = 50$$.</p>
<p>Therefore, the value of $$x$$ is 50.</p> | integer | jee-main-2024-online-5th-april-evening-shift |
xrkqpl1CM0uRLmnP | chemistry | basics-of-organic-chemistry | stability-of-intermediate | Due to the presence of an unpaired electron, free radicals are: | [{"identifier": "A", "content": "Chemically reactive "}, {"identifier": "B", "content": "Chemically inactive "}, {"identifier": "C", "content": "Anions "}, {"identifier": "D", "content": "Cations"}] | ["A"] | null | Free radicals are electrically neutral, unstable and very reactive on account of the presence of odd electrons. | mcq | aieee-2005 |
LjyyB60NMFGhtJWy | chemistry | basics-of-organic-chemistry | stability-of-intermediate | The increasing order of stability of the following free radicals is | [{"identifier": "A", "content": "$${({C_6}{H_5})_2}\\mathop C\\limits^ \\bullet H$$ < $${({C_6}{H_5})_3}\\mathop C\\limits^ \\bullet$$ < $${(C{H_3})_3}\\mathop C\\limits^ \\bullet $$ < $${(C{H_3})_2}\\mathop C\\limits^ \\bullet H$$"}, {"identifier": "B", "content": "$${(C{H_3})_2}\\mathop C\\limits^ \\bullet H$$ < $${(C{H_3})_3}\\mathop C\\limits^ \\bullet $$ < $${({C_6}{H_5})_2}\\mathop C\\limits^ \\bullet H$$ < $${({C_6}{H_5})_3}\\mathop C\\limits^ \\bullet$$ "}, {"identifier": "C", "content": "$${(C{H_3})_2}\\mathop C\\limits^ \\bullet H$$ < $${(C{H_3})_3}\\mathop C\\limits^ \\bullet $$ < $${({C_6}{H_5})_3}\\mathop C\\limits^ \\bullet$$ < $${({C_6}{H_5})_2}\\mathop C\\limits^ \\bullet H$$"}, {"identifier": "D", "content": "$${({C_6}{H_5})_3}\\mathop C\\limits^ \\bullet$$ < $${({C_6}{H_5})_2}\\mathop C\\limits^ \\bullet H$$ < $${(C{H_3})_3}\\mathop C\\limits^ \\bullet $$ < $${(C{H_3})_2}\\mathop C\\limits^ \\bullet H$$"}] | ["B"] | null | The order of stability of free radicals
<br><br>$${\left( {{C_6}{H_5}} \right)_3}\,\mathop C\limits^ \bullet > {\left( {{C_6}{H_5}} \right)_2}\mathop C\limits^ \bullet H > {\left( {C{H_3}} \right)_3}\mathop C\limits^ \bullet > {\left( {C{H_3}} \right)_2}\mathop C\limits^ \bullet H$$
<br><br>The stabilisation of first two is due to resonance and last two is due to inductive effect. | mcq | aieee-2006 |
Q6HLb4XtzlsHg3Mj | chemistry | basics-of-organic-chemistry | stability-of-intermediate | The electrophile, $${E^ \oplus }$$ attacks the benzene ring to generate the intermediate $$\sigma - $$complex. Of the following, which $$\sigma - $$complex is lowest energy? | [{"identifier": "A", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266351/exam_images/j3t1vhdmkodcesje8nzj.webp\" loading=\"lazy\" alt=\"AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 195 English Option 1\"> "}, {"identifier": "B", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734266010/exam_images/cvwvelr7j7qa08kt1rne.webp\" loading=\"lazy\" alt=\"AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 195 English Option 2\"> "}, {"identifier": "C", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734264915/exam_images/wll13b9iv5r4d05jbm05.webp\" loading=\"lazy\" alt=\"AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 195 English Option 3\"> "}, {"identifier": "D", "content": "<img class=\"question-image\" src=\"https://res.cloudinary.com/dckxllbjy/image/upload/v1734265746/exam_images/djbbf1qlhi8yqmd4w6kp.webp\" loading=\"lazy\" alt=\"AIEEE 2008 Chemistry - Basics of Organic Chemistry Question 195 English Option 4\"> "}] | ["B"] | null | In option $$(b)$$ the complex formed is with benzene where as in other cases it is formed with nitrobenzene with $$ - N{O_2}$$ group in different position $$\left( {O - ,m - ,p - } \right).$$ The complex formed with nitrobenzene in any position of $$ - N{O_2}$$ group is less stable than the complex formed with benzene so the correct answer is $$(b)$$
<br><br><b>NOTE :</b> The most stable complex has lowest energy. | mcq | aieee-2008 |
eYGmt6Fl9kJkT01k | chemistry | basics-of-organic-chemistry | stability-of-intermediate | Arrange the carbanions, $${(C{H_3})_3}\overline C $$, $$\overline C C{l_3}$$ , $${(C{H_3})_2}\overline C H$$, $${C_6}{H_5}\overline C H{}_2$$ in order of their decreasing stability : | [{"identifier": "A", "content": "$${(C{H_3})_2}\\overline C H$$ > $$\\overline C C{l_3}$$ > $${C_6}{H_5}\\overline C H{}_2$$ > $${(C{H_3})_3}\\overline C $$"}, {"identifier": "B", "content": "$$\\overline C C{l_3}$$ > $${C_6}{H_5}\\overline C H{}_2$$ > $${(C{H_3})_2}\\overline C H$$ > $${(C{H_3})_3}\\overline C $$"}, {"identifier": "C", "content": "$${(C{H_3})_3}\\overline C $$ > $${(C{H_3})_2}\\overline C H$$ > $${C_6}{H_5}\\overline C H{}_2$$ > $$\\overline C C{l_3}$$"}, {"identifier": "D", "content": "$${C_6}{H_5}\\overline C H{}_2$$ > $$\\overline C C{l_3}$$ > $${(C{H_3})_3}\\overline C $$ > $${(C{H_3})_2}\\overline C H$$"}] | ["B"] | null | <img class="question-image" src="https://res.cloudinary.com/dckxllbjy/image/upload/v1734264945/exam_images/bh6xfhtevxwolqgrua82.webp" loading="lazy" alt="AIEEE 2009 Chemistry - Basics of Organic Chemistry Question 218 English Explanation"> | mcq | aieee-2009 |
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