In SHM , the acceleration is ahead of velocity by a phase angle

Statement-1 : Frequency of kinetic energy of SHM is double that of frequency of SHM. Statement-2. In SHM the velocity is ahead of displacement by a phase angle of (pi)/2 .

Statement-1 : Frequency of kinetic energy of SHM of double that of frequency of SHM. Statement-2. In SHM the velocity is ahead of displacement by a phase angle of (pi)/2 .

Show analytically that in S.H.M. the acceleration is zero when the velocity is maximum and that the velocity is zero when acceleration is maximum.

For a particle in S.H.M. if the maximum acceleration is a and maximum velocity is v then amplitude is

Where is maximum acceleration and zero velocity of a particle axecuting SHM?

The velocity and acceleration of a particle executing S.H.M. have a steady phase relationship. The acceleration leads velocity in phase by

Obtain the ratio of maximum acceleration and maximum velocity of a SHM particle.

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

A: In SHM the change in velocity is not uniform. R: In SHM the acceleration of body varies linearly with its displacement.