The mass M (294 kg) is suspended over a pulley and attached to a block by...

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The mass M (294 kg) is suspended over a pulley and attached to a block by a cable. The block is sitting on an inclined surface at a 45-degree angle. The coefficient of static friction between the inclined surface and the block is 0.30. Determine the weight of the block W such that the mass M can be hung from the pulley without movement. W 45° μ=0.30 M The mass M (294 kg) is suspended over a pulley and attached to a block by a cable. The block is sitting on an inclined surface at a 45-degree angle. The coefficient of static friction between the inclined surface and the block is 0.30. Determine the weight of the block W such that the mass M can be hung from the pulley without movement. W 45° μ=0.30 M

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The first step is to determine the force required to move the block given the static friction betwee... View the full answer