(A) Optically active 2-iodobutane on treatment with NaI in acetone undergoes recemization.
(R) Reaction imvolves multiple Walden inversion and the product contains mixture of dextro and laevo isomer.

Assertion: Optically active 2-iodobutane on treatment with Nal in acetone undergoes racemization. Reason : Repeated Walden inversions on the reactant and its product eventually gives a racemic mixture.

Statement-I: Optically active 2-idoibutane on treatment with NaI in acetone undergoes racemisation. Because Statement-II: Repeated Walden inversions on the reactant and its product evantually gives a racemic mixure.

Statement-I: Optically active 2-idoibutane on treatment with NaI in acetone undergoes racemisation. Because Statement-II: Repeated Walden inversions on the reactant and its product evantually gives a racemic mixure.

Statement-I: Optically active 2-idoibutane on treatment with NaI in acetone undergoes racemisation. Because Statement-II: Repeated Walden inversions on the reactant and its product evantually gives a racemic mixure.

Optically active 2-iodobutane on treatment with NaI in acetone gives a product, which does not show optical activity. Give reason.

Optically active 2 - iodobutane on treatment with Nal in acetone gives a product which does not show optical activity. Explain.