If two balls of different masses and velocities collide head on, which statements correctly describe their collision?Multiple select question.The impulses imparted on them will be equal in magnitude and direction.The forces that they exert on each other will be equal in magnitude and direction.The impulses imparted on them will be equal in magnitude, but opposite in direction.The forces that they exert on each other will be equal in magnitude, but opposite in direction.

Two identical balls A and B collide head on elastically. If velocities of A and B, before the collision are +0.5m/s and -0.3m/s respectively, then their velocities, after the collision, are respectively:

Two objects of different masses and velocities collide head on. During the collision, it is found that (FΔt)𝐹Δ𝑡1 on 2 = –(FΔt)𝐹Δ𝑡2 on 1. Which statement is this equation describing?Multiple choice question.The impulses imparted on the objects will be equal in magnitude and direction.The forces that the objects exert on each other will be equal in magnitude and direction.The forces that the objects exert on each other will be equal in magnitude, but opposite in direction.The impulses imparted on the objects will be equal in magnitude, but opposite in direction.

The following three collisions occur in different systems.  I.  A billiard ball A collides with an identical ball B and comes to rest after collision, while ball B moves with the same velocity as ball Awas moving before.  II.  A bullet moving with speed v hits a suspended mass and it imbedded in it and the combination moves with common velocity.  III. Two cars moving in opposite direction become at rest after collision.Which of the following statements is correct about these collisions?

Multiple Select QuestionSelect all that applyIn applying the law of conservation of momentum to collisions, which of the following can occur? Note that the objects do not stick on impact.Multiple select question.If the target object has less mass, then the incoming object will continue in its original direction after the impact but with increased speed.If the two objects have the same mass, the incoming object stops and the target object moves off with the same speed that the incoming one had.If the target object has more mass, the incoming object bounces off the heavier target and they move apart in opposite directions.If the two objects have the same mass, the incoming object continues in the opposite direction after impact but with reduced speed.

A ball A collides head-on with another ballB of equal mass. Assuming that ball B is atrest and their collision is elastic, determinethe final velocities of these balls