Physics, asked by hh123450, 7 months ago

Prove that the velocity at which a body it thrown vertically upwards is equal to it's velocity with which it turns back . Also,Show that the time taken to return back to the same point.

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Answered by srishasubash

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Explanation:

A body A is thrown vertically upwards with such a velocity that it reaches a maximum height of h in time t. Simultaneously another body B is dropped from height h. It strikes the ground and does not rebound. The velocity of A relative to B v/s time graph is best represented by (upward direction is positive)

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Prove that the velocity at which a body it thrown vertically upwards is equal to it's velocity with which it turns back . Also,Show that the time taken to return back to the same point.​

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Prove that the velocity at which a body it thrown vertically upwards is equal to it's velocity with which it turns back . Also,Show that the time taken to return back to the same point.