Workers are pulling a 400-lb crate up an incline as shown in Fig. The coefficient of friction between the crate and the surface is 0.20, and the rope on which the workers are pulling is horizontal. If...


Workers are pulling a 400-lb crate up an incline as<br>shown in Fig.<br>The coefficient of friction between the<br>crate and the surface is 0.20, and the rope on which the<br>workers are pulling is horizontal.<br>If one of the workers lets go of the rope for a moment,<br>determine the minimum force the other workers must<br>exert to keep the crate from sliding back down the in-<br>cline.<br>400 lb<br>15<br>

Extracted text: Workers are pulling a 400-lb crate up an incline as shown in Fig. The coefficient of friction between the crate and the surface is 0.20, and the rope on which the workers are pulling is horizontal. If one of the workers lets go of the rope for a moment, determine the minimum force the other workers must exert to keep the crate from sliding back down the in- cline. 400 lb 15

Jun 10, 2022
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