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A solid disk is initially rolling without slipping along a flat, level surface. It then rolls up an incline, coming momentarily to rest as shown. v = 0 0 = 12 rad/s v = 4 m/s Complete the qualitative energy bar chart below for the earth-disk system for the time between when the disk is rolling on the horizontal and when it has rolled up the ramp and is momentarily at rest. Put the zero point for the gravitational potential energy at the height of the center of the hoop when it is rolling on the horizontal surface. Initial system energy During Final system energy KE KE PE PE W ´KE KE PE PE Bar chart key ext Translational u kinetic energy Rotational kinetic energy KE KE Gravitational potential energy Spring pring potential energy Work done by PE gav PE W. external forces Use g= 10 m/s? for simplicity Explain.

A solid disk is initially rolling without slipping along a flat, level surface. It then rolls up an incline, coming momentarily to rest as shown. v = 0 0 = 12 rad/s v = 4 m/s Complete the qualitative energy bar chart below for the earth-disk system for the time between when the disk is rolling on the horizontal and when it has rolled up the ramp and is momentarily at rest. Put the zero point for the gravitational potential energy at the height of the center of the hoop when it is rolling on the horizontal surface. Initial system energy During Final system energy KE KE PE PE W ´KE KE PE PE Bar chart key ext Translational u kinetic energy Rotational kinetic energy KE KE Gravitational potential energy Spring pring potential energy Work done by PE gav PE W. external forces Use g= 10 m/s? for simplicity Explain.

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 solid disk is initially rolling without slipping along a flat, level surface. It then rolls up an incline, coming momentarily to rest as shown. 0 = 0 v=0 O = 12 rad/s v = 4 m/s Complete the qualitative energy bar chart below for the earth-disk system for the time between when the disk is rolling on the horizontal and when it has rolled up the ramp and is momentarily at rest. Put the zero point for the gravitational potential energy at the height of the center of the hoop when it is rolling on the horizontal surface. Initial system energy During Final system energy KE KE PE PE W. KE KE PE PE Bar chart key ext Translational KE kinetic energy KE Rotational kinetic energy Gravitational PE potential energy Spring PE ing potential energy 3D Work done by external forces 3D Use g=10 m/s² for simplicity Explain.
Transcribed Image Text:A solid disk is initially rolling without slipping along a flat, level surface. It then rolls up an incline, coming momentarily to rest as shown. 0 = 0 v=0 O = 12 rad/s v = 4 m/s Complete the qualitative energy bar chart below for the earth-disk system for the time between when the disk is rolling on the horizontal and when it has rolled up the ramp and is momentarily at rest. Put the zero point for the gravitational potential energy at the height of the center of the hoop when it is rolling on the horizontal surface. Initial system energy During Final system energy KE KE PE PE W. KE KE PE PE Bar chart key ext Translational KE kinetic energy KE Rotational kinetic energy Gravitational PE potential energy Spring PE ing potential energy 3D Work done by external forces 3D Use g=10 m/s² for simplicity Explain.
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