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Refer to the systems in Example 3.9 on p. 200 (particle separating sphere diam. from semicylinder) and Example 7.10 on p. 558 (sphere separating from semicylinder). (a) Determine the speed of the particle and that of the sphere when each separates from the semicylinder. (b) Compare their speeds of separation and explain the sources of any difference. (c) Determine the value of p such that the sphere and the particle separate at the same speed. =0 at release = 2p sphere rolls without slip

Refer to the systems in Example 3.9 on p. 200 (particle separating sphere diam. from semicylinder) and Example 7.10 on p. 558 (sphere separating from semicylinder). (a) Determine the speed of the particle and that of the sphere when each separates from the semicylinder. (b) Compare their speeds of separation and explain the sources of any difference. (c) Determine the value of p such that the sphere and the particle separate at the same speed. =0 at release = 2p sphere rolls without slip

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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SUPPLEMENTAL STUDY PROBLEM. NOT FOR A GRADE. 

Refer to the systems in Example 3.9 on p. 200 (particle separating sphere diam. from semicylinder) and Example 7.10 on p. 558 (sphere separating from semicylinder). (a) Determine the speed of the particle and that of the sphere when each separates from the semicylinder. (b) Compare their speeds of separation and explain the sources of any difference. (c) Determine the value of p such that the sphere and the particle separate at the same speed. =0 at release = 2p sphere rolls without slip
Transcribed Image Text:Refer to the systems in Example 3.9 on p. 200 (particle separating sphere diam. from semicylinder) and Example 7.10 on p. 558 (sphere separating from semicylinder). (a) Determine the speed of the particle and that of the sphere when each separates from the semicylinder. (b) Compare their speeds of separation and explain the sources of any difference. (c) Determine the value of p such that the sphere and the particle separate at the same speed. =0 at release = 2p sphere rolls without slip
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