Physics, 01.05.2021 18:30 lyssa128

Consider a block of mass m at rest on an inclined plane of angle theta. An acrobat of mass m_A is standing on the top corner of the block so that their weight presses vertically (perpendicular to the flat ground under the incline) downward. If the coefficient of static friction between the block and the incline is mu_s find an expression relating m_A, m, theta, and mu_s just before the block begins slipping. If the condition for slipping does not involve some of these parameters, leave them out. Enter your expression as best you can and I will check it. Do not forget to upload your work as well.

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Consider a block of mass m at rest on an inclined plane of angle theta. An acrobat of mass m_A is st...

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