Two bodies m1 and m2 are kept on a rough horizontal table having coefficient of friction μ and are joined by a spring. Initially, the spring is in its relaxed state. Find the minimum force F which will make the other block m2 move. (k is the spring constant).

Two bodies m1 and m2 are kept on a rough horizontal table having coeff

1.	Two bodies m1 and m2 are kept on a rough horizontal table having coefficient of friction μ and are joined by a spring. Initially, the spring is in its relaxed state. Find the minimum force F which will make the other block m2 move. (k is the spring constant).
Answer» Two bodies $m_{1}$ and $m_{2}$ are kept on a rough horizontal table having coefficient of friction $μ$ and are joined by a spring. Initially, the spring is in its relaxed state. Find the minimum force $F$ which will make the other block $m_{2}$ move. ( $k$ is the spring constant).

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Two bodies m1 and m2 are kept on a rough horizontal table having coefficient of friction μ and are joined by a spring. Initially, the spring is in its relaxed state. Find the minimum force F which will make the other block m2 move. (k is the spring constant).

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