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The system in Figure Q6 is developed to gives motion for cylinders A and B. Given the masses of cylinders A and B are 35 kg. Meanwhile, the pulley has a mass of 22 kg with radius of gyration about its center of ko= 100 mm. If the system is released from rest, and cylinder A has moved 2.8 m downward. (a) Calculate the work done for both cylinders, UA and UB. (b) Calculate the velocity for both cylinders, VA and VB.

The system in Figure Q6 is developed to gives motion for cylinders A and B. Given the masses of cylinders A and B are 35 kg. Meanwhile, the pulley has a mass of 22 kg with radius of gyration about its center of ko= 100 mm. If the system is released from rest, and cylinder A has moved 2.8 m downward. (a) Calculate the work done for both cylinders, UA and UB. (b) Calculate the velocity for both cylinders, VA and VB.

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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The system in Figure Q6 is developed to gives motion for cylinders A and B. Given the masses of cylinders A and B are 35 kg. Meanwhile, the pulley has a mass of 22 kg with radius of gyration about its center of ko= 100 mm. If the system is released from rest, and cylinder A has moved 2.8 m downward. (a) Calculate the work done for both cylinders, UA and UB. (b) Calculate the velocity for both cylinders, VA and VB.
Transcribed Image Text:The system in Figure Q6 is developed to gives motion for cylinders A and B. Given the masses of cylinders A and B are 35 kg. Meanwhile, the pulley has a mass of 22 kg with radius of gyration about its center of ko= 100 mm. If the system is released from rest, and cylinder A has moved 2.8 m downward. (a) Calculate the work done for both cylinders, UA and UB. (b) Calculate the velocity for both cylinders, VA and VB.
150 mm -75 mm B A Figure Q6
Transcribed Image Text:150 mm -75 mm B A Figure Q6
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