Find the accelerations of masses A (30 kg) and B (25 kg) the instant this system is released from rest. Box A has static coefficient of friction of 30 kg 0.2 with the surface, and a kinetic coefficient of friction of 0.15. Neglect the masses of the pulleys. To analyze a problem such as this, check the static case first, and only if the maximum static friction force cannot prevent motion, 20 Hs - 0.2 move to the dynamic case. Mk =0.15 B 25kg

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1. Find the accelerations of masses A (30 kg) and B (25 kg) the instant this
system is released from rest. Box A has static coefficient of friction of
30 kg
0.2 with the surface, and a kinetic coefficient of friction of 0.15. Neglect
the masses of the pulleys.
To analyze a problem such as this, check the static case first, and
20°
only if the maximum static friction force cannot prevent motion,
move to the dynamic case.
Hs = 0.2
Mk =0.15
25kg
Transcribed Image Text:1. Find the accelerations of masses A (30 kg) and B (25 kg) the instant this system is released from rest. Box A has static coefficient of friction of 30 kg 0.2 with the surface, and a kinetic coefficient of friction of 0.15. Neglect the masses of the pulleys. To analyze a problem such as this, check the static case first, and 20° only if the maximum static friction force cannot prevent motion, move to the dynamic case. Hs = 0.2 Mk =0.15 25kg
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