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A cylinder is moving a 6000 lb load up a 20° slope as shown in the figure below. The friction coefficient between the sloping surface and the load is 0.4. The internal cylinder friction is negligible. The piston area is 3 in? and the rod area is 2in?. Provide and answer for both A and B below. A. What cap end pressure (in psi) is required to accelerate the load from 0 ft/min to 25 ft/min in 0.5 inches? B. What cap end pressure is required (in psi) to move the load up the slope at a constant velocity of 25 ft/min? W Angle

A cylinder is moving a 6000 lb load up a 20° slope as shown in the figure below. The friction coefficient between the sloping surface and the load is 0.4. The internal cylinder friction is negligible. The piston area is 3 in? and the rod area is 2in?. Provide and answer for both A and B below. A. What cap end pressure (in psi) is required to accelerate the load from 0 ft/min to 25 ft/min in 0.5 inches? B. What cap end pressure is required (in psi) to move the load up the slope at a constant velocity of 25 ft/min? W Angle

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A cylinder is moving a 6000 Ib load up a 20° slope as shown in the figure below. The friction coefficient between the sloping surface and the load is 0.4. The internal cylinder friction is negligible. The piston area is 3 in² and the rod area is 2in?. Provide and answer for both A and B below. A. What cap end pressure (in psi) is required to accelerate the load from O ft/min to 25 ft/min in 0.5 inches? B. What cap end pressure is required (in psi) to move the load up the slope at a constant velocity of 25 ft/min? W Angle
Transcribed Image Text:A cylinder is moving a 6000 Ib load up a 20° slope as shown in the figure below. The friction coefficient between the sloping surface and the load is 0.4. The internal cylinder friction is negligible. The piston area is 3 in² and the rod area is 2in?. Provide and answer for both A and B below. A. What cap end pressure (in psi) is required to accelerate the load from O ft/min to 25 ft/min in 0.5 inches? B. What cap end pressure is required (in psi) to move the load up the slope at a constant velocity of 25 ft/min? W Angle
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