A uniform rod of length 8 a and mass 6 m lies on a smooth horizontal surface. Two point masses m and 2 m moving in the same plane with speed 2 v and v respectively strike the rod perpendicular at distances a and 2a from the mid point of the rod in the opposite directions and stick to the rod. The angular velocity of the system immediately after the collision is

A uniform bar of length 6a and mass 8 m lies on a smooth horizontal table. Two point-masses m and 2m moving in the same horizontal plane with speeds 2v and v respectively strike the bar as shown in Fig, and stick to the bar after collision.

A uniform rod of mass 3 m and length l is lying on a smooth horizontal surface. Two particle of mass m and 2 m moving with speed 2v_(0) and v_(0) in the opposite directly hit the rod perpendicularly at a distance (l)/(3) and (l)/(6) from the midpoint O of the rod ad stick to it after collision. if the loss in kinetic energy of the system due to collision is (n)/(5)mv_(0)^(2) find the value of n.

A uniform rod of mass 3 m and length l is lying on a smooth horizontal surface. Two particle of mass m and 2 m moving with speed 2v_(0) and v_(0) in the opposite directly hit the rod perpendicularly at a distance (l)/(3) and (l)/(6) from the midpoint O of the rod ad stick to it after collision. if the loss in kinetic energy of the system due to collision is (n)/(5)mv_(0)^(2) find the value of n.

A uniform bar of length 6a and mass 8m lies on a smooth horizontal table. Two point masses m and 2m moving in the same horizontal plane with speeds 2v and v , respectively, strike the bar (as shown in the figure) and stick to the bar after collision. Denoting angular velocity (about the centre of mass), total energy and centre of mass velocity by omega , E and V_(C) , respectively, we have after collision

A uniform bar of length 6a and mass 8m lies on a smooth horizontal table. Two point masses m and 2m moving in the same horizontal plane with speeds 2v and v , respectively, strike the bar (as shown in the figure) and stick to the bar after collision. Denoting angular velocity (about the centre of mass), total energy and centre of mass velocity by omega , E and V_(C) , respectively, we have after collision

A uniform rod of length l and mass 2m rests on a smooth horizontal table. A point of mass m moving horizontally at right angle to the rod with velocity v collides with one end of the rod and sticks to it, then:

A uniform rod of length l and mass 2 m rests on a smooth horizontal table. A point mass m moving horizontally at right angles to the rod with velocity v collides with one end of the rod and sticks it. Then