The chain is released from rest with a length b of overhanging links just sufficient to initiate motion. The coefficients of static and kinetic friction between the links and the horizontal surface have essentially the same value, μ. Determine the velocity v of the chain when the last link leaves the edge. Neglect any friction at the corner.

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11 years ago

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{gL(1+u)}^(1/2)

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The chain is released from rest with a length b of overhanging links just sufficient to initiate motion. The coefficients of static and kinetic friction between the links and the horizontal surface have essentially the same value, μ. Determine the velocity v of the chain when the last link leaves the edge. Neglect any friction at the corner.

1 answer

{gL(1+u)}^(1/2)

Ask a New Question or answer this question.

Anonymous · Answer

{gL(1+u)}^(1/2)