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A disk of mass traveling at speed vdi strikes a stick that is lying flat on frictionless ice, as shown in the overhead view of 3. Before the picture in Figure (a). The disk strikes at the endpoint of the stick at a distance r from the stick's center as shown in Figure (b). Assume that the collision is elastic and that the disk does not deviate from its original line motion, as shown in Figure (b). Defining the system as the disk and the stick, which of the following variables are NOT conserved during the collision? (Circle the correct answer. There may be more than one correct After answer.) a. The linear momentum. b. The combined translational kinetic energy. c. The angular momentum. d. The rotational kinetic energy. e. The mechanical energy. ь

A disk of mass traveling at speed vdi strikes a stick that is lying flat on frictionless ice, as shown in the overhead view of 3. Before the picture in Figure (a). The disk strikes at the endpoint of the stick at a distance r from the stick's center as shown in Figure (b). Assume that the collision is elastic and that the disk does not deviate from its original line motion, as shown in Figure (b). Defining the system as the disk and the stick, which of the following variables are NOT conserved during the collision? (Circle the correct answer. There may be more than one correct After answer.) a. The linear momentum. b. The combined translational kinetic energy. c. The angular momentum. d. The rotational kinetic energy. e. The mechanical energy. ь

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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A disk of mass traveling at speed vdi strikes a stick that is lying flat on frictionless ice, as shown in the overhead view of 3. Before the picture in Figure (a). The disk strikes at the endpoint of the stick at a distance r from the stick's center as shown in Figure (b). Assume that the collision is elastic and that the disk does not deviate from its original line motion, as shown in Figure (b). Defining the system as the disk and the stick, which of the following variables are NOT conserved during the collision? (Circle the correct answer. There may be more than one correct After answer.) a. The linear momentum. b. The combined translational kinetic energy. c. The angular momentum. d. The rotational kinetic energy. e. The mechanical energy. ь
Transcribed Image Text:A disk of mass traveling at speed vdi strikes a stick that is lying flat on frictionless ice, as shown in the overhead view of 3. Before the picture in Figure (a). The disk strikes at the endpoint of the stick at a distance r from the stick's center as shown in Figure (b). Assume that the collision is elastic and that the disk does not deviate from its original line motion, as shown in Figure (b). Defining the system as the disk and the stick, which of the following variables are NOT conserved during the collision? (Circle the correct answer. There may be more than one correct After answer.) a. The linear momentum. b. The combined translational kinetic energy. c. The angular momentum. d. The rotational kinetic energy. e. The mechanical energy. ь
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