A. varying field flux with tapped field windings
B. connecting rheostat in series
C. applying variable voltage by means of silicon controlled rectifier
D. applying variable voltage by means of variable auto-transformer
E. all of the above methods

A. It is extremely sensitive to fluctuations in supply voltage
B. Its high starting torque is due to its high rotor hysteresis loss
C. It is extremely quiet in operation
D. It accelerates from rest to full-speed almost instantaneously

A. armature
B. field
C. rotor
D. stator

A. gearing
B. belts
C. brakes
D. chains

A. is self-starting
B. is constant speed motor
C. needs no D.C. excitation
D. all of the above

A. Split phase motor
B. Universal motor
C. Hysteresis motor
D. Shaded pole motor

A. fans
B. blowers
C. sound equipment
D. mixer grinders

A. armature winding
B. field winding
C. either armature winding or field winding
D. none of the above

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. Split phase motor
B. Reluctance motor
C. Hysteresis motor
D. Universal motor