The thin bar of length 3m is falling with a velocity Vo = 1m/s, and the rope is slack. At a later moment the rope is taut, which can be assumed to be a perfectly plastic impact. for the time after impact, calculate: 2.linear velocity of its center of mass. the image of the bar in its two positions is attached.
The thin bar of length 3m is falling with a velocity Vo = 1m/s, and the rope is slack. At a later moment the rope is taut, which can be assumed to be a perfectly plastic impact. for the time after impact, calculate: 2.linear velocity of its center of mass. the image of the bar in its two positions is attached.
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The thin bar of length 3m is falling with a velocity Vo = 1m/s, and the rope is slack. At a later moment the rope is taut, which can be assumed to be a perfectly plastic impact.
for the time after impact, calculate:
2.linear velocity of its center of mass.
the image of the bar in its two positions is attached.
Transcribed Image Text:A
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