A. the motor will not start
B. the motor will run
C. the motor will run in reverse direction
D. the motor will run in the same direction at reduced r.p.m
A. Induction motor
B. Three-phase series motor
C. Schrage motor
D. Hysteresis motor
A. improves the efficiency
B. helps the rotor teeth to remain under the stator teeth
C. helps in reducing the tendency of the rotor teeth to remain under the stator teeth
D. improves the power factor
A. It is similar to reluctance motor
B. It is basically an induction motor and not a synchronous one
C. So far as its basic working principle is concerned, it is similar to shaded pole motor
D. the air-gap between rotor and salient poles is non- uniform
A. short circuited capacitor
B. capacitor value hiving changed
C. open circuiting of capacitor
D. none of the above
A. damage to the starting winding
B. damage to the centrifugal switch
C. overloading of running winding
D. none of the above
A. D.C. shunt motor
B. Schrage motor
C. Repulsion start and induction run motor
D. Universal motor