The horizontal, uniform rod shown is held in place by a mass-less rope and wall. Suppose you know the weight of the rod and all dimensions. Then you can solve a single equation for the force exerted by the rope, provided you write expressions for the torques about the point:

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Arun · Answer

Dear student There is no image attached please check and repost the question with an image I will be happy to help you

Mayank · Answer

Hello sir I have posted again with image if you can help be greatly appreciated if you can provide me the solution

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The horizontal, uniform rod shown is held in place by a mass-less rope and wall. Suppose you know the weight of the rod and all dimensions. Then you can solve a single equation for the force exerted by the rope, provided you write expressions for the torques about the point:

The horizontal, uniform rod shown is held in place by a mass-less rope and wall. Suppose you know the weight of the rod and all dimensions. Then you can solve a single equation for the force exerted by the rope, provided you write expressions for the torques about the point:

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The horizontal, uniform rod shown is held in place by a mass-less rope and wall. Suppose you know the weight of the rod and all dimensions. Then you can solve a single equation for the force exerted by the rope, provided you write expressions for the torques about the point:

The horizontal, uniform rod shown is held in place by a mass-less rope and wall. Suppose you know the weight of the rod and all dimensions. Then you can solve a single equation for the force exerted by the rope, provided you write expressions for the torques about the point:

2 Answers

Think You Can Provide A Better Answer ?

Other Related Questions on Mechanics

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