A sphere A moving with a speed u and rotating with an angular velocity `omega`, makes a head-on elastic collision with an identical stationary sphere B. There is no friction between the surfaces of a and B. Disregard gravity.

A sphere A moving with speed u and rotating With angular velocity omega makes a head-on elastic collision with an identical stationary sphere B . There is no friction between the surfaces of A and B . Choose the conrrect alternative(s). Disregard gravity.

A sphere A moving with speed u and rotating With angular velocity omega makes a head-on elastic collision with an identical stationary sphere B . There is no friction between the surfaces of A and B . Choose the conrrect alternative(s). Disregard gravity.

. A sphere A moving with a speed .U. and rotating with an angualr velocity .o. makes head-on elastic collision with an identical stationary sphere. There is no friction between the surfacces A and B neglect gravity A will stop moving but continue to rotate with angular velocity .omega. A will come to rest and stop rotating B will move with speed .U. without rotating B will move with speed U and rotate with an angular velocity w.

A particle moving with kinetic energy E makes a head on elastic collision with an identical particle at rest. During the collision

A particle moving with kinetic energy E makes and head on elastic collision with an identical particle at rest. Durig the collision

Particle A makes a head on elastic collision with another stationary particle B. They fly apart in opposite directions with equal speeds. The mass ratio will be

Particle A makes a head on elastic collision with another stationary particle B. They fly apart in opposite directions with equal speeds. The mass ratio will be