a body projected up a rough inclined plane of angle theta with a velocity of v m/s from the bottom of the plane find the distance traveled by the particle before coming to rest if the coefficient of friction is u
Please solve this on the paper and don't post irrelevant answer guys be humans
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Answer:
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Explanation:
Let the velocity of projection be V and the velocity of the block when it returns back = V'. Then V > V' since some kinetic energy is lost to friction.
Hence, the average velocity during ascent is greater than the average velocity during descent. If the velocity is greater the time taken becomes lesser.
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