5. The table shows the velocity and momentum of each ball both before and after thecollision. What does this table mean in terms of momentum in a collision?Ball AVelocity(m/s)0.720.03Ball BVelocity(m/s)CollisionMomentum(kg.m/s)0.250.01Momentum(kg.m/s)PeriodMass (kg)Mass (kg)BeforeAfter0.350.350.350.350.690.24A. The momentum of each ball does not change once they collide, and the totalmomentum of the two balls together is decreased.B. The momentum of each ball changes due to the collision, but the total momentum of thetwo balls together remains constant.C. The momentum of the balls differs as to their total momentum.D. The total momentum of both balls is greater compare to the momentum of each ball.6. It is a point that represents the average location for the total mass of a system.A. VertexB. Center of massC. Geometric centerD. Origin7. The center of geometry is at the geometric center while the center of mass is at a lowerposition. Because the density of the object is_(0. 1(1, 1)center of mass (0.5, 0.4)center of geometry (0.5, 0.5)(0. oLlt. o)A. not homogenous; the greater mass is located at the lower portion of the object.B. homogenous; the greater mass is located at the lower portion of the object.C. not homogenous; the lesser mass is located at the lower portion of the object.D. homogenous; the lesser mass is located at the lower portion of the object.8. During a collision the center of mass remains constant. The velocity of the center of mass inan isolated system, the total linear momentum does not change. Therefore, the velocity ofthe center of massA. changesB. does not change C. doublesD. cannot be determined

Before Collision: Ball A The mass of ball A is m=0.35 kg The velocity of ball A is uA=0.72 m/s The…

5. The table shows the velocity and momentum of each ball both before and after the collision. What does this table mean in terms of momentum in a collision? Ball A Velocity (m/s) 0.72 Ball B Velocity (m/s) Collision Period Momentum (kg m/s) 0.25 Momentum Mass (kg) Mass (kg) (kg m/s) Before 0.35 0.35 After 0.35 0.03 0.01 0.35 0.69 0.24 A The momentum of each ball does not change once they collide, and the total momentum of the two balls together is decreased. B. The momentum of each ball changes due to the collision, but the total momentum of the two balls together remains constant. C. The momentum of the balls differs as to their total momentum. D. The total momentum of both balls is greater compare to the momentum of each ball.

5. The table shows the velocity and momentum of each ball both before and after the collision. What does this table mean in terms of momentum in a collision? Ball A Velocity (m/s) 0.72 Ball B Velocity (m/s) Collision Period Momentum (kg m/s) 0.25 Momentum Mass (kg) Mass (kg) (kg m/s) Before 0.35 0.35 After 0.35 0.03 0.01 0.35 0.69 0.24 A The momentum of each ball does not change once they collide, and the total momentum of the two balls together is decreased. B. The momentum of each ball changes due to the collision, but the total momentum of the two balls together remains constant. C. The momentum of the balls differs as to their total momentum. D. The total momentum of both balls is greater compare to the momentum of each ball.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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