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Determine the time required to accelerate a counter shaft of rotating mass 500 kg and radius of gyration 200 mm to the full speed of 250 rpm from rest through a single clutch. The internal and external radii are 125 mm and 200 mm. Take friction coefficient as 0.3 and the spring force as 600 N. Assume that only one side of clutch is effective.

Determine the time required to accelerate a counter shaft of rotating mass 500 kg and radius of gyration 200 mm to the full speed of 250 rpm from rest through a single clutch. The internal and external radii are 125 mm and 200 mm. Take friction coefficient as 0.3 and the spring force as 600 N. Assume that only one side of clutch is effective.

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Determine the time required to accelerate a counter shaft of rotating mass 500 kg and radius of gyration 200 mm to the full speed of 250 rpm from rest through a single clutch. The internal and external radii are 125 mm and 200 mm. Take friction coefficient as 0.3 and the spring force as 600 N. Assume that only one side of clutch is effective.
Transcribed Image Text:Determine the time required to accelerate a counter shaft of rotating mass 500 kg and radius of gyration 200 mm to the full speed of 250 rpm from rest through a single clutch. The internal and external radii are 125 mm and 200 mm. Take friction coefficient as 0.3 and the spring force as 600 N. Assume that only one side of clutch is effective.
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