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Part D needed Needed to be solved correctly in 30 minutes and get the thumbs up please show me neat and clean work for it by hand solution needed Kindly solve ASAP

Part D needed Needed to be solved correctly in 30 minutes and get the thumbs up please show me neat and clean work for it by hand solution needed Kindly solve ASAP

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Part D needed Needed to be solved correctly in 30 minutes and get the thumbs up please show me neat and clean work for it by hand solution needed Kindly solve ASAP
M₁ is on a flat plane. The coefficient of sliding friction is uk. Assume M₂ drops. 6. Two masses M₁ and M2 are connected by a cable over a massless pulley as shown. (a) Using the diagram, label all forces (and components) acting on each mass in the Applying Newton's 2nd Law to each mass write down the equations needed to calculate the acceleration, a, of either mass and the tension, Fr in the cable. (There are no system. (Select your line // and line where appropriate.) (b) numbers in this part of the problem) (c) ) Solve your equations for the acceleration, a, and then find an expression for Hk in terms of THE SYMBOLS: a, M₁, M₂ and g. (No numbers here.) (d) Could you design a laboratory experiment where you use this to measure μ? Do this part (d), on the back of this page. Make a picture of what you would use. a- M₁ M₂ 416, 16
Transcribed Image Text:M₁ is on a flat plane. The coefficient of sliding friction is uk. Assume M₂ drops. 6. Two masses M₁ and M2 are connected by a cable over a massless pulley as shown. (a) Using the diagram, label all forces (and components) acting on each mass in the Applying Newton's 2nd Law to each mass write down the equations needed to calculate the acceleration, a, of either mass and the tension, Fr in the cable. (There are no system. (Select your line // and line where appropriate.) (b) numbers in this part of the problem) (c) ) Solve your equations for the acceleration, a, and then find an expression for Hk in terms of THE SYMBOLS: a, M₁, M₂ and g. (No numbers here.) (d) Could you design a laboratory experiment where you use this to measure μ? Do this part (d), on the back of this page. Make a picture of what you would use. a- M₁ M₂ 416, 16
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