500 N 20 kg A B 10 kg 600 mm C SB Figure 9: A pulley system with weights 9. The system shown in Fig. 9 consisting of a 20-kg collar A and a 10-kg counterweight B, is at rest when the 500-N force is applied to the collar A. Neglect friction, and the pulleys are massless. Answer the following questions. (a) What is the work done by the 500-N force when the collar A travels to point C? (b) Let SA and SB be the position of collar A and counterweight B from the fixed pulley. How much does counterweight B move up when collar A travels to the point C? How is the velocity VA of collar A related to the velocity vB of the counterweight B? (c) Use point C as the datum plane. What is the change of the gravitational potential energy AV of the entire system when the collar A moves to point C? Initially collar A and counterweight B are at the same level as shown. (d) What is the velocity of collar A immediately before it hits point C?
500 N 20 kg A B 10 kg 600 mm C SB Figure 9: A pulley system with weights 9. The system shown in Fig. 9 consisting of a 20-kg collar A and a 10-kg counterweight B, is at rest when the 500-N force is applied to the collar A. Neglect friction, and the pulleys are massless. Answer the following questions. (a) What is the work done by the 500-N force when the collar A travels to point C? (b) Let SA and SB be the position of collar A and counterweight B from the fixed pulley. How much does counterweight B move up when collar A travels to the point C? How is the velocity VA of collar A related to the velocity vB of the counterweight B? (c) Use point C as the datum plane. What is the change of the gravitational potential energy AV of the entire system when the collar A moves to point C? Initially collar A and counterweight B are at the same level as shown. (d) What is the velocity of collar A immediately before it hits point C?
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Problem 1.1MA
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![500 N
20 kg A
B
10 kg
600 mm
C
SB
Figure 9: A pulley system with weights
9. The system shown in Fig. 9 consisting of a 20-kg collar A and a 10-kg counterweight B, is
at rest when the 500-N force is applied to the collar A. Neglect friction, and the pulleys are
massless. Answer the following questions.
(a) What is the work done by the 500-N force when the collar A travels to point C?
(b) Let SA and SB be the position of collar A and counterweight B from the fixed pulley.
How much does counterweight B move up when collar A travels to the point C? How is
the velocity VA of collar A related to the velocity vB of the counterweight B?
(c) Use point C as the datum plane. What is the change of the gravitational potential
energy AV of the entire system when the collar A moves to point C? Initially collar A
and counterweight B are at the same level as shown.
(d) What is the velocity of collar A immediately before it hits point C?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2cece54e-cf16-4b6b-9241-134b92ab54d4%2F5180cb9e-8e99-41d5-9169-c4c3d4cf932c%2Fxxkxvcc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:500 N
20 kg A
B
10 kg
600 mm
C
SB
Figure 9: A pulley system with weights
9. The system shown in Fig. 9 consisting of a 20-kg collar A and a 10-kg counterweight B, is
at rest when the 500-N force is applied to the collar A. Neglect friction, and the pulleys are
massless. Answer the following questions.
(a) What is the work done by the 500-N force when the collar A travels to point C?
(b) Let SA and SB be the position of collar A and counterweight B from the fixed pulley.
How much does counterweight B move up when collar A travels to the point C? How is
the velocity VA of collar A related to the velocity vB of the counterweight B?
(c) Use point C as the datum plane. What is the change of the gravitational potential
energy AV of the entire system when the collar A moves to point C? Initially collar A
and counterweight B are at the same level as shown.
(d) What is the velocity of collar A immediately before it hits point C?
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