Two rods are connected by a pin. The rods are of uniform cross section, weigh 25 pounds each, and are 36 inches long. The rod on the left is supported by a pin, and the rod on the right rests on the floor with a coefficient of friction of 0.45. A force, F, is applied at the midpoint of the right rod as shown at an angle of 45°. The pin at left and ground at right are at the same elevation.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Two rods are connected by a pin. The rods are of uniform cross section, weigh 25 pounds each, and are
36 inches long. The rod on the left is supported by a pin, and the rod on the right rests on the floor with
a coefficient of friction of 0.45. A force, F, is applied at the midpoint of the right rod as shown at an
angle of 459. The pin at left and ground at right are at the same elevation.
25
25
1. A. What is the maximum force, F, for which equilibrium is maintained
B. What is the minimum force, F, for which equilibrium is maintained?
Transcribed Image Text:Two rods are connected by a pin. The rods are of uniform cross section, weigh 25 pounds each, and are 36 inches long. The rod on the left is supported by a pin, and the rod on the right rests on the floor with a coefficient of friction of 0.45. A force, F, is applied at the midpoint of the right rod as shown at an angle of 459. The pin at left and ground at right are at the same elevation. 25 25 1. A. What is the maximum force, F, for which equilibrium is maintained B. What is the minimum force, F, for which equilibrium is maintained?
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