A. Universal motor
B. Shaded pole type motor
C. Capacitor start motor
D. Capacitor start and run motor
A. interchanging the supply leads
B. position of shaded pole with respect to main pole
C. retentivity of the rotor material
D. none of these
A. inherently self-starting with high torque
B. inherently self-starting with low torque
C. inherently non-self-starting with low torque
D. inherently non-self-starting with high torque
A. 200 to 250 W
B. 250 to 500 W
C. 50 to 150 W
D. 10 to 20 W
A. capacitor run motor
B. hysteresis motor
C. universal motor
D. repulsion motor
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. Universal motor
B. Repulsion motor
C. Capacitor motor
D. All single phase motors have zero starting torque