Quote:
Originally Posted by Vman455
I think it's actually power times the inverse of rpm and angular distance swept, or power divided by rpm:
Power = (torque)(angular velocity) = (torque)(2pi)(# revs / time)
Torque = (power) / [(2pi)(# revs / time)] = [(power)(time)] / [(2pi)(# revs)]
Which would mean that, limited to a specific power, less torque is developed as rpm increases.
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I am sorry, I meant of course that power = torque x rpm. Original post corrected.