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1. A solid sphere and a solid disk have the same mass, radius, and angular velocity. The ratio of the sphere's angular momentum (Lsph) to the disk's angular momentum (Laisk) is Lsph 1. а. Ldisk 10 Lsph b. Ldisk 1 5 Lsph %3D 4 C. Ldisk 5 Lsph = 1 d. Ldisk Lsph = 5 Ldisk е. f. None of these 2. A large truck collides head-on with a smaller, less massive car. Considering only the force between the car and truck during the collision, which vehicle experiences an impulse of greater magnitude during the collision? а. The car b. The truck C. They experience the same impulse d. Not enough information to decide 3. A large truck collides head-on with a smaller, less massive car. Considering only the force between the car and truck during the collision, which vehicle experiences an acceleration of greater magnitude during the collision? а. The car b. The truck They experience the same acceleration С. d. Not enough information to decide

1. A solid sphere and a solid disk have the same mass, radius, and angular velocity. The ratio of the sphere's angular momentum (Lsph) to the disk's angular momentum (Laisk) is Lsph 1. а. Ldisk 10 Lsph b. Ldisk 1 5 Lsph %3D 4 C. Ldisk 5 Lsph = 1 d. Ldisk Lsph = 5 Ldisk е. f. None of these 2. A large truck collides head-on with a smaller, less massive car. Considering only the force between the car and truck during the collision, which vehicle experiences an impulse of greater magnitude during the collision? а. The car b. The truck C. They experience the same impulse d. Not enough information to decide 3. A large truck collides head-on with a smaller, less massive car. Considering only the force between the car and truck during the collision, which vehicle experiences an acceleration of greater magnitude during the collision? а. The car b. The truck They experience the same acceleration С. d. Not enough information to decide

College Physics
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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1. A solid sphere and a solid disk have the same mass, radius, and angular velocity. The ratio of the sphere's angular momentum (Lsph) to the disk's angular momentum (Laisk) is Lsph 1. а. Ldisk 10 Lsph b. Ldisk 1 5 Lsph %3D 4 C. Ldisk 5 Lsph = 1 d. Ldisk Lsph = 5 Ldisk е. f. None of these 2. A large truck collides head-on with a smaller, less massive car. Considering only the force between the car and truck during the collision, which vehicle experiences an impulse of greater magnitude during the collision? а. The car b. The truck C. They experience the same impulse d. Not enough information to decide 3. A large truck collides head-on with a smaller, less massive car. Considering only the force between the car and truck during the collision, which vehicle experiences an acceleration of greater magnitude during the collision? а. The car b. The truck They experience the same acceleration С. d. Not enough information to decide
Transcribed Image Text:1. A solid sphere and a solid disk have the same mass, radius, and angular velocity. The ratio of the sphere's angular momentum (Lsph) to the disk's angular momentum (Laisk) is Lsph 1. а. Ldisk 10 Lsph b. Ldisk 1 5 Lsph %3D 4 C. Ldisk 5 Lsph = 1 d. Ldisk Lsph = 5 Ldisk е. f. None of these 2. A large truck collides head-on with a smaller, less massive car. Considering only the force between the car and truck during the collision, which vehicle experiences an impulse of greater magnitude during the collision? а. The car b. The truck C. They experience the same impulse d. Not enough information to decide 3. A large truck collides head-on with a smaller, less massive car. Considering only the force between the car and truck during the collision, which vehicle experiences an acceleration of greater magnitude during the collision? а. The car b. The truck They experience the same acceleration С. d. Not enough information to decide
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