A bullet of mass m hits a block of mass M. The transfer of energy is maximum when

A bullet of mass (M) hits a block of mass (M) the transfer energy is maximum then:

A bullet of mass m strikes a block of mass M . The bullet remains embedded in the block. Find the amplitude of the resulting SHM.

A bullet of mass m strikes a block of mass M . The bullet remains embedded in the block. Find the amplitude of the resulting SHM.

A bullet of mass m is fired into a block of wood of mass M which hangs on the end of pendulum and gets embedded into it. When the bullet strikes with maximum rise R. Then, the velocity of the bullet is given by

A bullet of mass m is fired into a block of wood of mass M which hangs on the end of pendulum and gets embedded into it. When the bullet strikes with maximum rise R. Then, the velocity of the bullet is given by

In a free space a rifle on mass M shoots a bullet of mass m at a stationary block of mass M distance D away from it . When the bullet has moved through a distance d towards the block the centre of mass of the bullet - block system is at a distance of :

In a free space a rifle on mass M shoots a bullet of mass m at a stationary block of mass M distance D away from it . When the bullet has moved through a distance d towards the block the centre of mass of the bullet - block system is at a distance of :

A bullet of mass m embeds itself in a block of mass M resting on a smooth horizontal surface, attached to a spring of force constant k. If the initial speed of the bullet is v_(0) along horizontal, find (a) the maximum compression of the spring and (b) the time for the bullet - block system to come to rest.