M2 Fape M, Block M2 is on top of block M1 as shown the figure. M, is on a horizontal frictionless surface; gravity is present. At the beginning of the problem, both masses are at rest. Then, an applied force acts on M1 in the positive i-hat direction. Block M1 and block M2 have some friction between them. What is the direction of the force of friction ON M2? Does your answer depend on whether it is static friction or kinetic friction?
M2 Fape M, Block M2 is on top of block M1 as shown the figure. M, is on a horizontal frictionless surface; gravity is present. At the beginning of the problem, both masses are at rest. Then, an applied force acts on M1 in the positive i-hat direction. Block M1 and block M2 have some friction between them. What is the direction of the force of friction ON M2? Does your answer depend on whether it is static friction or kinetic friction?
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Transcribed Image Text:M2
Fapp
M,
Block M2 is on top of block M1 as shown the figure. M1 is on a horizontal frictionless surface; gravity is present.
At the beginning of the problem, both masses are at rest. Then, an applied force acts on M in the positive i-hat
direction. Block M1 and block M2 have some friction between them. What is the direction of the force of
friction ON M2? Does your answer depend on whether it is static friction or kinetic friction?
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