College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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- What is the momentum of a 1400-kg vehicle with a speed of at 25 m/s? a) 8.75 × 105 kg-m/s b) 3.5 × 104 kg-m/s c) 57 kg-m/s d) 4.38 x 105 kg-m/sarrow_forwardPlease help!arrow_forwardUse the impulse-momentum equation to answer questions: 1) Why is it important to “follow through" when trying to hit a home run? 2) Why does it hurt more when you fall on a concrete floor than on a wooden floor? 3) What is the momentum of a golf ball with a mass of 62 g moving at 73 m/s? 4) If in the problem above, the impact between the ball and club lasted for a. 2.0 x 103 s, what force acted on the ball? What force acted on the club? 5) For how long a time must a tow truck pull with a force of 550 N on a stalled 1200 kg car to give it a forward velocity of 2.0 m/s?arrow_forward
- Was momentum conserved in these collisions? If not, provide a brief explanation.arrow_forwardTwo cars are on a track, and they collide. Cart, has initial momentum of +5kgm/s, and final momentum -3kgm/s Cart 2 has momentum initially of -4kg m/s and final momentum of +4kg m/s. Explain what you think about the frition on the track.arrow_forwardTwo cars have the same mass. Car 1 is travelling northward at a speed of 45 mi/hr. Car 2 is travelling southward at a speed of 45 mi/hr. The cars a) have the same momentum and kinetic energy. b) have the same momentum but different kinetic energies. c) have different momenta but the same kinetic energy. d) Have different momenta and kinetic energy.arrow_forward
- Create a problem for which the solution is:(0.02 kg)(300 m/s)−(10 N)(0.4 m/s)=(0.02 kg)(100 m/s) Afterward represent this situation with a sketch and a momentum bar chart.arrow_forwardHow can you decrease the momentum of an object?arrow_forwardIn this perfectly inelastic collision the carts are moving on a frictionless surface. Cart A has a momentum of 24 kg-m/s [West]. Cart B has a momentum 10 kg-m/s. [South] What is the magnitude of their combined momentum after the collision? a) cannot be determined without knowing masses and velocities b) 34 kg-m/s c) 26 kg-m/s d) 14 kg-m/s e) 240 kg-m/sarrow_forward
- How would you fill in the blanks and figure out if momentum or kinetic energy is conserved? (or both/neither)arrow_forwardA close system consist of four objects the table below shows how much momentum magnitude and direction each object had to start with the exception of object D which shows how much momentum each object had at the end determine how much momentum object D had at the end arrow_forward
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