Statement-I : In S.H.M., the velocity is maximum when acceleration is minimum. Statement-II : Displacement and velocity of S.H.M. differ in phase by pi//2.

Statement-I : In S.H.M., the velocity is maximum when acceleration is

1.	Statement-I : In S.H.M., the velocity is maximum when acceleration is minimum. Statement-II : Displacement and velocity of S.H.M. differ in phase by pi//2.
Answer» STATEMENT-I is true, Statement-II is true and Statement-II is CORRECT EXPLANATION for Statement-I. Statement-I is true, Statement-I is true and Statement-II is correct explanation for Statement-I. Statement-I is true, Statement-II is false. Statement-I is false, Statement-II is false. Solution :Statement 1 is true, statement II is true, but statement II is not correct explanation of statement 1. So correctchoice is (B).

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Statement-I : In S.H.M., the velocity is maximum when acceleration is minimum. Statement-II : Displacement and velocity of S.H.M. differ in phase by pi//2.

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