Momentum is conserved in ... I. Elastic collision. II. Inelastic collision. III. Partially elastic collision. N. Partially inelastic collision.
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A: In this problem, it is asking about the conditions of a perfectly elastic collision.
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A: The concept of head on elastic collision is used here.
Q: In an inelastic collision, as compared to an elastic collision, what is to be expected
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- 2. There is a 1d elastic collision between a 30 kg block with a velocity of 20 m/s North and a 40 kg block with a velocity of 10 m/s south. A) What will the velocities of the blocks be after the collision? B) If this collision happens in .03 seconds, what is the average force exerted on the 30 kg block?LETTER/ANSWER ONLY 1. TRUE or FALSE: In an ELASTIC collision, momentum and kinetic energy of the system of bodies is conserved. a. True b. Maybe c. False 2. An object at rest may have _______. a. Velocity b. Kinetic energy c. Potential energy d. momentum3. How much work is done by a student who is carrying a 32 N bag.a. Zero b. 31 Joules c. 3.3 Joules d. 2 JoulesThe following statements are false either under some circumstances or all circumstances. Please give a counter-example, or an explanation why these statements are false. a. In an elastic collision between two objects the direction of the rebound will be opposite the direction of the initial kinetic energies. b. In a perfectly inelastic collision all kinetic energy will be lost.
- 21. A 4.20-gram bullet moves at 120 m/s in a horizontal direction which was butied in a 75-gram block resting on a floor. What is the velocity of the object after the collision?A large truck and a small Volkswagen car have a head-on collision. a. Which vehicle experiences the greatest force of impact? b. Which vehicle experiences the greatest impulse? c. Which vehicle experiences the greatest momentum change? d. Which vehicle experiences the greatest acceleration? Truck Same Volkswagen >Which of the following statements is true about an inelastic collision? a. Momentum is conserved, and kinetic energy is conserved. b. Momentum is conserved, and kinetic energy is not conserved. c. Momentum is not conserved, and kinetic energy is conserved. d. Momentum is not conserved, and kinetic energy is not conserved.
- 4. In a perfectly inelastic collision, two objects collide and stick together. Is momentum conserved in the collision? Is energy conserved? Why or why not?Q14. Two cars of equal mass, one travelling north, the other east, collide at the same speed at right angles to each other. Assuming the collision is perfectly inelastic, what is the velocity following the collision? a. Ö2 times initial speed, at 45° east of south b. 1//2 times the initial speed, at 45° east of north Ос. twice the initial speed, at 45° east of south d. Ö2 times initial speed, at 45° east of north1. A 3 kg ball moving to the right on a frictionless table at 5 m/s makes a head on collision with another 3 kg ball with a velocity of 4 m/s to the left. If the collision is perfectly inelastic: a. Draw the velocity diagram before collision reflecting the quantities involved b. Draw the force diagram identifying the forces during collision c. Draw the velocity diagram after collision
- 1. Considering a glancing collision between a cue ball of mass m moving at initial velocity u and a target ball of the same mass initially at rest. This results in a two-dimensional collision with the cue ball's final velocity v making an angle with the target ball's final velocity w. Show explicitly that the collision is elastic if and only if 0 = = 90°.Conservation of momentum. * Momentum is conserved in . .. I. II. Inelastic collision. I. Partially elastic collision. V. Partially inelastic collision. Elastic collision. Both I and II. Both I and III. Both II and III Both III and IV. All of the above.The Law of Conservation of Momentum states: a. The total momentum before a collision is equal to the total momentum after a collision. b. The total momentum before a collision is less than the total momentum after a collision. c. The total momentum before a collision is greater than the total momentum after a collision. d. The total momentum before a collision is not related to the total momentum after a collision. What do you think will happen to the bus after it passes along a curvy road? a. It will speed up b. It will slow down c. Its velocity will not change d. All of the above mentioned A 6kg weighing cat climbing at the top of the tree has a potential energy of 1175 J. Find the height of the tree? a. 18.98 m b. 19.98 m c. 20.06 m d. 21.89 m