Match List I with List II
| List I | List II | ||
|---|---|---|---|
| Reaction | Reagents | ||
| (A) | Hoffmann Degradation | (I) | , |
| (B) | Clemenson reduction | (II) | |
| (C) | Cannizaro reaction | (III) | |
| (D) | Reimer-Tiemann Reaction | (IV) |
Choose the correct answer from the options given below :
- A(A) - III, (B) - IV, (C) - I, (D) - II
- B(A) - II, (B) - IV, (C) - I, (D) - III
- C(A) - III, (B) - IV, (C) - II, (D) - I
- D(A) - II, (B) - I, (C) - III, (D) - IV
View written solutionFree
Correct answer: A
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We match each named reaction with its characteristic reagent set.
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(A) Hoffmann degradation
Hoffmann bromamide degradation converts an amide to an amine with one less carbon using: So,
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(B) Clemmensen reduction
Clemmensen reduction reduces carbonyl compounds to hydrocarbons using: So,
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(C) Cannizzaro reaction
Cannizzaro reaction occurs with aldehydes lacking -hydrogen in presence of concentrated alkali: So,
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(D) Reimer-Tiemann reaction
Reimer-Tiemann reaction uses chloroform and aqueous alkali followed by hydrolysis: So,
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Therefore the full matching is:
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Comparing with options, this is Option A.
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Comparison with stored answer: Stored correct answer is A, which matches our derived answer.
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