A mass is performing vertical ciruclar motion . If the average velocity of the particle is increased, then at which point the string will break:

As shown in figure, a particle of mass m is performing vertical circular motion. The velocity of the particle is increased, then at which point will the string break?

A particle (bob) of mass 1 kg is performing vertical cicular motion. Then :

A particle (bob) of mass 1 kg is performing vertical cicular motion. Then :

A particle (bob) of mass 1 kg is performing vertical cicular motion. Then :

A particle is doing uniform circular motion as shown. Magnitude of average velocity of the particle between points A and C will be

In Q.36 , average velocity during the motion of the particle is.

A small sphere of mass 'm' is attached to a cord and rotates in a vertical plane about a point O . If the average speed of the sphere is increased, the cord is most likely to break at the orientation when the mass is at : .

A particle is performing circular motion with its diameter d and velocity v. Then the angular displacement of the particle in time t is