In TMD of two cycle machine as depicted in Figure below, the motor has maximum speed of 2970 rpm. Clearly, the minimum speed is extracted from work and torque of last cycle. The mass of employed flywheel is 25 kg and K equals to 20 cm. Calculate (1) Power, and (2) e. 2000 N-m 400 N-m T/4 T/2 2n Crank angle 0 Torque

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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In TMD of two cycle machine as depicted in Figure below, the motor has maximum speed
of 2970 rpm. Clearly, the minimum speed is extracted from work and torque of last cycle. The mass of
employed flywheel is 25 kg and K equals to 20 cm. Calculate (1) Power, and (2) e.
2000 N-m
400 N-m
T/4
T/2
2n
Crank angle 0
Torque
Transcribed Image Text:In TMD of two cycle machine as depicted in Figure below, the motor has maximum speed of 2970 rpm. Clearly, the minimum speed is extracted from work and torque of last cycle. The mass of employed flywheel is 25 kg and K equals to 20 cm. Calculate (1) Power, and (2) e. 2000 N-m 400 N-m T/4 T/2 2n Crank angle 0 Torque
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