A rope connecting two blocks passes around a fric- The coeffi- tionless pulley and a fixed drum (Fig. cient of friction between the rope and the drum and be- tween the 10-kg block and the wall is 0.30; the pin supporting the 30-kg block is frictionless. Determine the maximum force P for which no motion occurs. 0.2 m P+ 30 kg 0.6 m 0.2 m -Im- 10 kg 100 N
A rope connecting two blocks passes around a fric- The coeffi- tionless pulley and a fixed drum (Fig. cient of friction between the rope and the drum and be- tween the 10-kg block and the wall is 0.30; the pin supporting the 30-kg block is frictionless. Determine the maximum force P for which no motion occurs. 0.2 m P+ 30 kg 0.6 m 0.2 m -Im- 10 kg 100 N
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question

Transcribed Image Text:A rope connecting two blocks passes around a fric-
The coeffi-
tionless pulley and a fixed drum (Fig.
cient of friction between the rope and the drum and be-
tween the 10-kg block and the wall is 0.30; the pin
supporting the 30-kg block is frictionless. Determine the
maximum force P for which no motion occurs.
0.2 m
P+
30 kg
0.6 m
0.2 m
-Im-
10 kg
100 N
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