Two blocks of same mass m are connected to each other by spring of spr

1.	Two blocks of same mass m are connected to each other by spring of spring constant k. Initially spring is compressed by x0 and blocks are connected by string. Whole system is placed on a smooth horizontal table. Now both blocks are given same horizontal velocity v perpendicular to spring and string is cut simultaneously. During subsequent motion of blocks. Find the speed of blocks when extension in spring is maximum
Answer» Two blocks of same mass m are connected to each other by spring of spring constant k. Initially spring is compressed by $x_{0}$ and blocks are connected by string. Whole system is placed on a smooth horizontal table. Now both blocks are given same horizontal velocity v perpendicular to spring and string is cut simultaneously. During subsequent motion of blocks. Find the speed of blocks when extension in spring is maximum

Two blocks of same mass m are connected to each other by spring of spring constant k. Initially spring is compressed by x0 and blocks are connected by string. Whole system is placed on a smooth horizontal table. Now both blocks are given same horizontal velocity v perpendicular to spring and string is cut simultaneously. During subsequent motion of blocks. Find the speed of blocks when extension in spring is maximum

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Two blocks of same mass m are connected to each other by spring of spring constant k. Initially spring is compressed by $x_{0}$ and blocks are connected by string. Whole system is placed on a smooth horizontal table. Now both blocks are given same horizontal velocity v perpendicular to spring and string is cut simultaneously. During subsequent motion of blocks.

Find the speed of blocks when extension in spring is maximum

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