Crates A and B, shown in Figure Q4, weigh 20 kg and 15 kg, respectively. The crates are connected with cable CD and placed on the inclined plane. The crates are on the verge of sliding down the plane when 0 30°. Determine the force by cable CD and coefficient of static friction between crate B and the Q4 plane at 0 = 30°. Coefficient of static friction between crate A and the plane is HA = 0.25 Accompany your answer with free body diagrams for both crates. B

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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Crates A and B, shown in Figure Q4, weigh 20 kg and 15 kg, respectively.
The crates are connected with cable CD and placed on the inclined plane. The
crates are on the verge of sliding down the plane when 0 30°. Determine the
force by cable CD and coefficient of static friction between crate B and the
plane at 0 = 30°. Coefficient of static friction between crate A and the plane is
HA = 0.25 Accompany your answer with free body diagrams for both crates.
Q4
B
Transcribed Image Text:Crates A and B, shown in Figure Q4, weigh 20 kg and 15 kg, respectively. The crates are connected with cable CD and placed on the inclined plane. The crates are on the verge of sliding down the plane when 0 30°. Determine the force by cable CD and coefficient of static friction between crate B and the plane at 0 = 30°. Coefficient of static friction between crate A and the plane is HA = 0.25 Accompany your answer with free body diagrams for both crates. Q4 B
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