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The two attached pulleys are driven by the belt with increasing speed. When the belt reaches a speed v = 2 ft/sec, the total acceleration of point P is 26 ft/sec². For this instant determine the angular acceleration a of the pulleys and the acceleration of point B on the belt. ע B 8" A 8" P

The two attached pulleys are driven by the belt with increasing speed. When the belt reaches a speed v = 2 ft/sec, the total acceleration of point P is 26 ft/sec². For this instant determine the angular acceleration a of the pulleys and the acceleration of point B on the belt. ע B 8" A 8" P

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter8: Influence Lines
Section: Chapter Questions
Problem 10P
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The two attached pulleys are driven by the belt with increasing speed. When the belt reaches a speed v = 2 ft/sec, the total acceleration of point P is 26 ft/sec². For this instant determine the angular acceleration a of the pulleys and the acceleration of point B on the belt. ע B 8" A 8" P
Transcribed Image Text:The two attached pulleys are driven by the belt with increasing speed. When the belt reaches a speed v = 2 ft/sec, the total acceleration of point P is 26 ft/sec². For this instant determine the angular acceleration a of the pulleys and the acceleration of point B on the belt. ע B 8" A 8" P
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