If the speed of a body in uniform circular motion and radius of circular path is doubled then the centripetal force will be

If the speed of a body in uniform circular motion and radius of circular path are doubled then the centripetal force will be

The speed of a body moving in uniform circular motion is doubled and the radius of the circular path is halved. What happens to the centripetal force?

If both speed of a body and radius of the circular path are doubled, what will be the change in centripetal force?

If speed of a body and radius of it's circular path are double, centripetal force will become

Assertion : If both the speed of a body and radius of its circular path are doubled, then centripetal force also gets doubled. Reason : Centripetal force is directly proportional to both speed of a body and radius of circular path.

The force required to keep a body in uniform circular motion is

The force required to keep a body in uniform circular motion is