A 50-kg uniform plank rests on rough supports at The coefficient of friction A and B as shown in Fig. is 0.60 at both surfaces. If a man weighing 800 N pulls on the rope with a force P = 400 N, determine The minimum and maximum angles emin and emax for which the system will be in equilibrium; -2m 2 m 2r P.

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A 50-kg uniform plank rests on rough supports at
The coefficient of friction
A and B as shown in Fig.
is 0.60 at both surfaces. If a man weighing 800 N pulls on
the rope with a force P = 400 N, determine
The minimum and maximum angles emin and emax for
which the system will be in equilibrium;
-2m
2 m
2r
P.
Transcribed Image Text:A 50-kg uniform plank rests on rough supports at The coefficient of friction A and B as shown in Fig. is 0.60 at both surfaces. If a man weighing 800 N pulls on the rope with a force P = 400 N, determine The minimum and maximum angles emin and emax for which the system will be in equilibrium; -2m 2 m 2r P.
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