When the mechanism in the figure is in the position shown. the velocity of the center O of the disk is 16 in/s to the right. Assuming the disk rolls without slipping cacluate the velocity of the collar B in this position using either the relative velocity approach or the instantaneous center of zero velocity approach.
When the mechanism in the figure is in the position shown. the velocity of the center O of the disk is 16 in/s to the right. Assuming the disk rolls without slipping cacluate the velocity of the collar B in this position using either the relative velocity approach or the instantaneous center of zero velocity approach.
When the mechanism in the figure is in the position shown. the velocity of the center O of the disk is 16 in/s to the right. Assuming the disk rolls without slipping cacluate the velocity of the collar B in this position using either the relative velocity approach or the instantaneous center of zero velocity approach.
When the mechanism in the figure is in the position shown. the velocity of the center O of the disk is 16 in/s to the right. Assuming the disk rolls without slipping cacluate the velocity of the collar B in this position using either the relative velocity approach or the instantaneous center of zero velocity approach.
Transcribed Image Text:8 in.
B
4 in.
3 in. 0
Branch of science that deals with the stationary and moving bodies under the influence of forces.
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