Assertion (A) Amino acids react with acid and base both. Reason (R) In Zwitter ionic form, amino acids show the amphoteric behaviour.

Question

Assertion (A) Amino acids react with acid and base both. Reason (R) In Zwitter ionic form, amino acids show the amphoteric behaviour. (A) Both A and R are correct; R is the correct explanation of A. (B) Both A and R are correct; R is not the correct explanation of A. (C) A is correct but R is incorrect. (D) R is correct but A is incorrect.

Tardigrade Admin · Accepted Answer

In Zwiter ionic form, amino acids show amphoteric behaviour as they react with both acids and bases.

Q. Assertion (A) Amino acids react with acid and base both.
Reason (R) In Zwitter ionic form, amino acids show the amphoteric behaviour.

Both $A$ and $R$ are correct; $R$ is the correct explanation of $A$ .

Both $A$ and $R$ are correct; $R$ is not the correct explanation of $A$ .

$A$ is correct but $R$ is incorrect.

$R$ is correct but $A$ is incorrect.

In Zwiter ionic form, amino acids show amphoteric behaviour as they react with both acids and bases.

Q. Assertion (A) Amino acids react with acid and base both. Reason (R) In Zwitter ionic form, amino acids show the amphoteric behaviour.

Both A and R are correct; R is the correct explanation of A.

Both A and R are correct; R is not the correct explanation of A.

A is correct but R is incorrect.

R is correct but A is incorrect.

In Zwiter ionic form, amino acids show amphoteric behaviour as they react with both acids and bases.

Q. Assertion (A) Amino acids react with acid and base both.
Reason (R) In Zwitter ionic form, amino acids show the amphoteric behaviour.

Both $A$ and $R$ are correct; $R$ is the correct explanation of $A$ .

Both $A$ and $R$ are correct; $R$ is not the correct explanation of $A$ .

$A$ is correct but $R$ is incorrect.

$R$ is correct but $A$ is incorrect.