The small block B rests on top of the large block A. The coefficient of static friction are shown in the figure. Determine the smallest value of the applied force P that will keep block A from sliding down the inclined plane. You MUST draw the free body diagram. -Frictionless pulley B Cord 10 kg 60 kg HB=0.3 30° HA=0.2
The small block B rests on top of the large block A. The coefficient of static friction are shown in the figure. Determine the smallest value of the applied force P that will keep block A from sliding down the inclined plane. You MUST draw the free body diagram. -Frictionless pulley B Cord 10 kg 60 kg HB=0.3 30° HA=0.2
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Transcribed Image Text:The small block B rests on top of the large block A. The coefficient of static friction are shown in the figure. Determine the smallest value
of the applied force P that will keep block A from sliding down the inclined plane.
You MUST draw the free body diagram.
-Frictionless
pulley
B
Cord
10 kg
60 kg
HB=0.3
30°
P
HA=0.2
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