Initially, the spring is at its natural length and collision between blocks of mass m & m is elastic. The horizontal surface is smooth. Then, maximum compression of the spring during the motion will be:

Initially, the spring is at its natural length and collision between b

1.	Initially, the spring is at its natural length and collision between blocks of mass m & m is elastic. The horizontal surface is smooth. Then, maximum compression of the spring during the motion will be:
Answer» Initially, the spring is at its natural length and collision between blocks of mass $m & m$ is elastic. The horizontal surface is smooth. Then, maximum compression of the spring during the motion will be:

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Initially, the spring is at its natural length and collision between blocks of mass m &amp; m is elastic. The horizontal surface is smooth. Then, maximum compression of the spring during the motion will be:

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Initially, the spring is at its natural length and collision between blocks of mass m & m is elastic. The horizontal surface is smooth. Then, maximum compression of the spring during the motion will be: