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Three rotating masses, A= 14 kg, B =11 kg and C =21 kg are attached to a shaft with center of gravity 275 mm, 400 mm and 150 mm from the shaft axis. The angular position of B and C are 60° and 135 measured in the same direction from A. The distance between plane AB is 1.35 m AC is 3.6 m and plane B is between AC. Two balance masses are to be fitted between plane A B and BC and the center of gravity of each mass is 225mm from the shaft axis.

Three rotating masses, A= 14 kg, B =11 kg and C =21 kg are attached to a shaft with center of gravity 275 mm, 400 mm and 150 mm from the shaft axis. The angular position of B and C are 60° and 135 measured in the same direction from A. The distance between plane AB is 1.35 m AC is 3.6 m and plane B is between AC. Two balance masses are to be fitted between plane A B and BC and the center of gravity of each mass is 225mm from the shaft axis.

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
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Three rotating masses, A= 14 kg, B =11 kg and C =21 kg are attached to a shaft with center of gravity 275 mm, 400 mm and 150 mm from the shaft axis. The angular position of B andC are 60° and 135° measured in the same direction from A. The distance between plane AB is 1.35 m, AC is 3.6 m and plane B is between AC. Two balance masses are to be fitted between plane A B and BC and the center of gravity of each mass is 225mm from the shaft axis. calculate the magnitude of balance masses
Transcribed Image Text:Three rotating masses, A= 14 kg, B =11 kg and C =21 kg are attached to a shaft with center of gravity 275 mm, 400 mm and 150 mm from the shaft axis. The angular position of B andC are 60° and 135° measured in the same direction from A. The distance between plane AB is 1.35 m, AC is 3.6 m and plane B is between AC. Two balance masses are to be fitted between plane A B and BC and the center of gravity of each mass is 225mm from the shaft axis. calculate the magnitude of balance masses
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