- friction-and-windage loss P. FW. has been obtained as shown in Figure 14, R. 0. and X. 0. can also be calculated for the motor from the no-load test data. 8. Bibliography (1) A.S. Langsdorf, Theory of Alternating Current Machinery, 2nd. ed., New York, McGraw-Hill, 1955. (2) T.S. Reynolds and T. Bernstein, "The Damnable Alternating Current ...
- Answer: core loss and windage and friction loss . 105.During no-load test, an induction motor draws power. a) for core loss and windage and friction loss; b) for core loss and copper loss; c)for copper loss and windage and friction loss. d)only for the very small copper loss. Answer: for core loss and windage and friction loss
- Think of using this on a frictionless floor. If you wind it up, the wheel spins and it doesn't move. If you push it, the car moves, but the wheel doesn't spin. When we instead have a normal floor and the wheel rolls, then friction slows down the first wheel and speeds up the second wheel. Therefore the frictional force must act in opposite directions.
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