Answer all the questions on the page

3V 2V M M A block with mass M moving at a velocity 3V collides elastically with a second identical block A) 60 m/s moving at a velocity of 2V. What is the velocity of the first block after the collision? B ) VI. C) 2V D) 3V 2V M 3M 6. A block with mass M moving at a velocity of 2V collides and sticks to a block of mass 3M initially at rest. What is their velocity after the collision? A) V/3 B) .V/2 C) V D) 31/2 5V 2V 7. A bowling ball moving with a velocity of 5V to the right collides elastically with a beach ball moving at a velocity 2V to the left. The bowling ball barely slows down. What is the approximate velocity of the beach ball after the collision? The beach ball contains much less mass than the bowling ball. A) 3V. B) 5V C) 7V D) 12V 8. A small car meshes with a large truck in a head-on collision. Which statement concerning the magnitude of the average impulse is correct? A) The truck experiences the greater average impulse. B) The small car experiences the greater average impulse. C) It is impossible to tell since the masses and velocities are not given. D) The small car and the truck experience the same average impulse the according to Newton's third law, the forces on each object are equal in magnitude