Match List-I (Reactions) with List-II (Products).

List-I:
(A) (Missing)
(B) (Missing)
(C) (Missing)
(D) (Miss

Question

Match List-I (Reactions) with List-II (Products).

List-I:
(A) (Missing)
(B) (Missing)
(C) (Missing)
(D) (Missing)

List-II:
(I) $(	ext{CH}_3)_2	ext{C=O} + 	ext{CO}_2 + 	ext{H}_2	ext{O}$
(II) (Missing)
(III) (Missing)
(IV) $(	ext{CH}_3)_3	ext{C-OH}$

Choose the correct answer from the options given below:

Accepted Answer

The specific chemical reactants for List-I and some of the products in List-II are missing from the provided input data, making it impossible to ascertain the exact matches. In organic chemistry, products like $(	ext{CH}_3)_2	ext{C=O} + 	ext{CO}_2 + 	ext{H}_2	ext{O}$ are typically obtained by vigorous oxidation (e.g., with acidic $	ext{KMnO}_4$) or ozonolysis of terminal substituted alkenes . Alcohols like $(	ext{CH}_3)_3	ext{C-OH}$ are formed via acid-catalysed hydration of alkenes like 2-methylpropene according to Markovnikov's rule . Option 2 is marked correct based on the provided probable answer.

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