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 spring is in its natural length position.
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 spring is in its natural length position.

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 spring is in its natural length position.

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 spring is in its natural length position.

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