A. Shaped pole motor
B. Split phase motor
C. Capacitor start motor
D. Capacitor run motor
A. thick wire placed at the bottom of the slots
B. thick wire placed at the top of the slots
C. thin wire placed at the top of the slots
D. thin wire placed at the bottom of the slots
A. 30 to 40
B. 70 to 80
C. 80 to 90
D. 100
A. a single turn of heavy wire which is in parallel with running winding
B. a single turn of heavy copper wire which is short-circuited and carries only induced current
C. a multilayer fine gauge copper wire in parallel with running winding
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. Shaded pole motor
B. Hysteresis motor
C. Two value capacitor motor
D. Universal motor
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