Statement-I : When velocity of a particle is zero then acceleration of particle is zero.
Statement-II : Acceleration is equal to rate of change of velocity.

Statement-1: When velocity of a particle is zero then acceleration of particle must be zero at that instant Statement-2: Acceleration is equal to a= v ((dv)/(dx)) , where v is the velocity at that instant .

Statement-1: When velocity of a particle is zero then acceleration of particle must be zero at that instant Statement-2: Acceleration is equal to a= v ((dv)/(dx)) , where v is the velocity at that instant .

Assertion: A body having non zero acceleration can have a constant velocity. Reason: Acceleration is the rate of change of velocity.

When the velocity of a body executing shm is zero its acceleration is not zero. Why?

In a linear S.H.M., the acceleration of the particle is zero, when its velocity is

Can a particle has zero velocity while its acceleration is uniform ?