A belt of negligible mass passes between cylinders A and B and is pulled to the right with a force P. Cylinders A and B weigh, respectively, 5 and 20 lb. The shaft of cylinder A is free to slide in a vertical slot and the coefficients of friction between the belt and each of the cylinders are μs 0.50 and H 0.35. Consider P-3.6 lb. Problem 16.039.b - No slip between belt and cylinders Determine the angular acceleration of cylinder A There is no slipping between A and the belt. (Click to select) The angular acceleration of cylinder A is rad/2
A belt of negligible mass passes between cylinders A and B and is pulled to the right with a force P. Cylinders A and B weigh, respectively, 5 and 20 lb. The shaft of cylinder A is free to slide in a vertical slot and the coefficients of friction between the belt and each of the cylinders are μs 0.50 and H 0.35. Consider P-3.6 lb. Problem 16.039.b - No slip between belt and cylinders Determine the angular acceleration of cylinder A There is no slipping between A and the belt. (Click to select) The angular acceleration of cylinder A is rad/2
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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Transcribed Image Text:A belt of negligible mass passes between cylinders A and B and is pulled to the right with a force P. Cylinders A and B
weigh, respectively, 5 and 20 lb. The shaft of cylinder A is free to slide in a vertical slot and the coefficients of friction
between the belt and each of the cylinders are μs 0.50 and Uk 0.35. Consider P-3.6 lb.
4 in.
Problem 16.039.b - No slip between belt and cylinders
Determine the angular acceleration of cylinder A
There is no slipping between A and the belt. (Click to select)
The angular acceleration of cylinder A is
rad/2
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Step 1: The given data is below :
VIEWStep 2: The center point of cylinder A is :
VIEWStep 3: The forces acting on the belt is :
VIEWStep 4: The static frictional force acting on the cylinder B is :
VIEWStep 5: The force acting on the cylinder A is :
VIEWStep 6: The angular acceleration of cylinder A is :
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