Figure shows a platform on which a man of mass M is standing and holding a string passing over a system of ideal pulleys. Another mass m is hanging as shown in figure. Consider the entire system to be in equilibrium. Take M=5m, find the force exerted by the platform on man.

Figure shows a platform on which a man of mass M is standing and hold

1.	Figure shows a platform on which a man of mass M is standing and holding a string passing over a system of ideal pulleys. Another mass m is hanging as shown in figure. Consider the entire system to be in equilibrium. Take M=5m, find the force exerted by the platform on man.
Answer» Figure shows a platform on which a man of mass $M$ is standing and holding a string passing over a system of ideal pulleys. Another mass $m$ is hanging as shown in figure. Consider the entire system to be in equilibrium. Take $M = 5 m$ , find the force exerted by the platform on man.

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Figure shows a platform on which a man of mass M is standing and holding a string passing over a system of ideal pulleys. Another mass m is hanging as shown in figure. Consider the entire system to be in equilibrium. Take M=5m, find the force exerted by the platform on man.

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