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The masses of the block A and B are m an...

The masses of the block A and B are `m and M` Between A and B there is a constant force `F` but B can slide frictionlessly on the horizontal surface A is set in motion with velocity `v_(0)` while B is at rest . What is the distance moved by A relative to B before they move with the same velocity

A

`(mMv_(0)^(2))/( F(m-M))`

B

`(mMv_(0)^(2))/(2F (m-M))`

C

`(mMv_(0)^(2))/( F(m+M))`

D

`(mMv_(0)^(2))/( 2F (M+m))`

Text Solution

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The correct Answer is:
D
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