A. Repulsion motor
B. Repulsion induction motor
C. Repulsion start induction run motor
D. None of the above
A. lagging
B. always leading
C. unity
D. unity to 0.8 leading
A. armature
B. field
C. rotor
D. stator
A. 30 to 40
B. 70 to 80
C. 80 to 90
D. 100
A. disconnect motor from the supply till it stops then reconnect it to supply with reversed connection of main or auxiliary winding
B. disconnect motor from supply and immediately reconnect it to supply with reversed connections of the main winding
C. reverse the direction of connection of the auxiliary winding and after motor comes to rest then connect auxiliary winding to the supply
D. reverse the direction of connections of the auxiliary winding and immediately connect it to supply
A. It requires more maintenance of commutator and other mechanical devices
B. It makes quite a bit of noise on starting
C. In fractional horse power motors, it has replaced the capacitor motors
D. It is not easily reversed
A. Reluctance motor
B. Series motor
C. Repulsion motor
D. Universal motor