Assertion: In simple harmonic motion the velocity is maximum when the acceleration is minimum
Reason : Displacementand velocity of `SHM`differ in phase by `(pi)/(2)`

Assertion: In simple harmonic motion the velocity is maximum when the acceleration is minimum Reason : Displacement and velocity of SHM differ in phase by (pi)/(2)

Assertion : In simple harmonic motion the velocity is maximum when the acceleration is minimum. Reason : In simple harmonic motion the phase difference between velocity and acceleration is (pi)/(2) Select the correct option form the following.

Assertion : For a particle excecuting simple harmonic motion , its velocity is maximum when the acceleration is minimum Reason : In simple harmonic motion phase difference between displacement and velocity is ((pi)/(2))

In simple harmonic motion, at which position the velocity and acceleration are maximum.

The phase of a particle executing simple harmonic motion is pi/2 when it has

The phase of a particle executing simple harmonic motion is pi/2 when it has

A particle is executing a simple harmonic motion its maximum acceleration is a and maximum velocity is beta .Then its time of vibration will be

What is the acceleration of a body executing simple harmonic motion when its velocity is maximum ?