In the above question, the magnitude of the average acceleration over the arc of `60^(@)` is

In the above question , the manitude of the instantaneous acceleration is

In the above question the magnitude of retardation will be:

In the above question, the acceleration of the car will be

In the above question, which portion of the will have zero acceleration:

For a body in circular motion with a constant angular velocity, the magnitude of the average acceleration over a period of half a revolution is … times the magnitude of its instantaneous acceleration.

For a body in circular motion with a constant angular velocity, the magnitude of the average acceleration over a period of half a revolution is how many times the magnitude of its instantaneous acceleration?

For a body in circular motion with a constant angular velocity, the magnitude of the average acceleration over a period of half a revolution is … times the magnitude of its instantaneous acceleration.

For a body in circular motion with a constant angular velocity, the magnitude of the average acceleration over a period of half a revolution is … times the magnitude of its instantaneous acceleration.

In the above question, the acceleration of the rim will be?

In the above question, the acceleration of the rocket is :