A. running winding
B. rotor winding
C. field winding
D. compensating winding
A. run faster
B. spark at light loads
C. draw excessive current and overheat
D. run slower
A. high inductance of field and armature circuits
B. induced current in rotor due to variations of flux
C. fine copper wire winding
D. none of the above
A. Capacitor run motor
B. Shaded pole motor
C. Hysteresis motor
D. Schrage motor
A. shunt motor
B. series motor
C. compound motor
D. separately excited motor
A. current in the starting winding leads the voltage
B. current in the starting winding lags the voltage
C. current in the starting winding is in phase with voltage in running winding
D. none of the above
A. disconnects auxiliary winding of the motor
B. disconnects main winding of the motor
C. reconnects the main winding the motor
D. reconnects the auxiliary winding of the motor