e uniform bar and the homogeneous cylinder each have a mass of 24 kg. The static coefficient friction is Hg at A, B, and C (the three points of contact). (a) Assuming equilibrium, calculate the ormal and friction forces at A, B, and C. (b) What is the smallest value of u, necessary for quilibrium? Answer: gure P 7.14 a) NA = 94.2 N, NB = 141.2 N, NC = 377 N. (b) 0.50 15 m 0.333 m
e uniform bar and the homogeneous cylinder each have a mass of 24 kg. The static coefficient friction is Hg at A, B, and C (the three points of contact). (a) Assuming equilibrium, calculate the ormal and friction forces at A, B, and C. (b) What is the smallest value of u, necessary for quilibrium? Answer: gure P 7.14 a) NA = 94.2 N, NB = 141.2 N, NC = 377 N. (b) 0.50 15 m 0.333 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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
Transcribed Image Text:The uniform bar and the homogeneous cylinder each have a mass of 24 kg. The static coefficient
of friction is µ, at A, B, and C (the three points of contact). (a) Assuming equilibrium, calculate the
normal and friction forces at A, B, and C. (b) What is the smallest value of us necessary for
equilibrium?
Answer:
Figure P 7.14
a) NA = 94.2 N, NB = 141.2 N, NC = 377 N.
(b) 0.50
15m
0.333 m
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