A Your Answer: 0 Shown in the figure is a hanging mass of 2.0 kg connected to another mass of 6.0 kg over a frictionless pulley. The ramp that the mass is sitting on has friction between it and the mass (μs = 0.7 and U-0.5) and makes an angle of 10 with the horizontal direction. The system is released from rest. Calculate magnitude of the friction force by the ramp on the block. Answer B Use 10 N/kg for g. Enter your answer in units of newtons rounding to two decimal places.

A Your Answer: 0 Shown in the figure is a hanging mass of 2.0 kg connected to another mass of 6.0 kg over a frictionless pulley. The ramp that the mass is sitting on has friction between it and the mass (μs = 0.7 and U-0.5) and makes an angle of 10 with the horizontal direction. The system is released from rest. Calculate magnitude of the friction force by the ramp on the block. Answer B Use 10 N/kg for g. Enter your answer in units of newtons rounding to two decimal places.

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Description: AShown in the figure is a hanging mass of 2.0 kg connected to another mass of 6.0 kgover a frictionless pulley. The ramp that the mass is sitting on has friction between itand the mass (μs = 0.7 and = 0.5) and makes an angle of 10 with the horizonta

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Newton's Second Law

Newton’s laws of motion describe the relationship between the motion of an object and forces acting on it. Newton’s law of motion has two types as follows:

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A
Shown in the figure is a hanging mass of 2.0 kg connected to another mass of 6.0 kg
over a frictionless pulley. The ramp that the mass is sitting on has friction between it
and the mass (μs = 0.7 and = 0.5) and makes an angle of 10 with the horizontal
direction. The system is released from rest. Calculate magnitude of the friction force
by the ramp on the block.
Your Answer:
B
Use 10 N/kg for g. Enter your answer in units of newtons rounding to two decimal
places.
Answer

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