A hoop with mass M and radius Rrolls on a horizontal floor at constant angular velocity (w = do/dt) around its own axis. To which relationship leads the no-slip condition at contact point I? dλ n do O a G e

A hoop with mass M and radius Rrolls on a horizontal floor at constant angular velocity (w = do/dt) around its own axis. To which relationship leads the no-slip condition at contact point I? dλ n do O a G e

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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Question

A HOOP WITH MASS M AND RADIUS R ROLLS ON A HORIZONTAL FLOOR AT CONSTANT ANGULAR VELOCITY (w=de/dt) AROUND ITS OWN AXIS. TO WHICH RELATIO...
A hoop with mass M and radius Rrolls on a horizontal floor at constant angular velocity (w = do/dt) around its own axis. To which relationship leads the no-slip condition at the
contact point I?
Md
Rde
dt
dt
dλ
dt
-R de
dt
= cste
+MR do
dt
=0
= 0
Re = 0
dt
+R=0
D
8

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