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Test: Reactions of Benzene & Aromatic compounds - JEE MCQ


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10 Questions MCQ Test - Test: Reactions of Benzene & Aromatic compounds

Test: Reactions of Benzene & Aromatic compounds for JEE 2024 is part of JEE preparation. The Test: Reactions of Benzene & Aromatic compounds questions and answers have been prepared according to the JEE exam syllabus.The Test: Reactions of Benzene & Aromatic compounds MCQs are made for JEE 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Reactions of Benzene & Aromatic compounds below.
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Test: Reactions of Benzene & Aromatic compounds - Question 1

Choose a suitable reagent to carry out this reaction :

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Treatment of an alkylbenzene with potassium permanganate results in oxidation to give the benzoic acid. The extra carbons are cleared and product benzoic acids is formed.

Test: Reactions of Benzene & Aromatic compounds - Question 2

The oxidation of benzene by in the presence of air produces:

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The oxidation of benzene by in the presence of air produces maleic anhydride. The oxidation is carried out at

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Test: Reactions of Benzene & Aromatic compounds - Question 3

How many bond cleavages are required to convert cubane into non-cyclic skeleton?

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Test: Reactions of Benzene & Aromatic compounds - Question 4


(major)
Product (A) is

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Test: Reactions of Benzene & Aromatic compounds - Question 5


In the given sequence is:

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Toluene on oxidation with mild oxidising agent like chromyl chloride gives benzaldehyde.

Test: Reactions of Benzene & Aromatic compounds - Question 6

The major product formed in the reaction is:

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Test: Reactions of Benzene & Aromatic compounds - Question 7

In the given reaction,

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Test: Reactions of Benzene & Aromatic compounds - Question 8
The product of the reaction between ethyl benzene and -bromosuccinamide is
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Test: Reactions of Benzene & Aromatic compounds - Question 9
A group which deactivates the benzene ring towards electrophilic substitution but which directs the incoming group principally to the o- and p-positions is
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group is o-, p-directing due to effect; however it is deactivating due to strong effect of (difference from other o-, -directing groups which are activating). The net result is that chlorobenzene undergoes o-, p-substitution, but with difficulty.
Test: Reactions of Benzene & Aromatic compounds - Question 10

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