Figure shows a vertical applied force tangentially to a uniform cylinder of weight Fg.The coefficient of static friction between the cylinder and both the surfaces is 0.5.In terms of Fg.Find the maximum force P that can be applied that doesn't cause the cylinder to rotate

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Arun · Answer

Dear student I am getting my answer as 3/8 Fg Please let meknow if this os correct then I will share my solution. Regards Arun

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Figure shows a vertical applied force tangentially to a uniform cylinder of weight Fg.The coefficient of static friction between the cylinder and both the surfaces is 0.5.In terms of Fg.Find the maximum force P that can be applied that doesn't cause the cylinder to rotate

Figure shows a vertical applied force tangentially to a uniform cylinder of weight Fg.The coefficient of static friction between the cylinder and both the surfaces is 0.5.In terms of Fg.Find the maximum force P that can be applied that doesn't cause the cylinder to rotate

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Figure shows a vertical applied force tangentially to a uniform cylinder of weight Fg.The coefficient of static friction between the cylinder and both the surfaces is 0.5.In terms of Fg.Find the maximum force P that can be applied that doesn't cause the cylinder to rotate

Figure shows a vertical applied force tangentially to a uniform cylinder of weight Fg.The coefficient of static friction between the cylinder and both the surfaces is 0.5.In terms of Fg.Find the maximum force P that can be applied that doesn't cause the cylinder to rotate

1 Answers

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Other Related Questions on Mechanics

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