Single Phase Induction Motors

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. 0.6 power factor lagging
B. 0.8 power factor lagging
C. 0.8 power factor leading
D. unity power factor

A. Shaped pole motor
B. Split phase motor
C. Capacitor start motor
D. Capacitor run motor

A. Reluctance motor
B. Series motor
C. Repulsion motor
D. Universal motor

A. zero slip
B. negative slip
C. positive slip
D. all of the above

A. A.C. only
B. D.C. only
C. either A.C. or D.C.
D. none of the above

A. Shaded pole motor
B. Hysteresis motor
C. Two value capacitor motor
D. Universal motor

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. Electric shavers
B. Refrigerators
C. Signalling and timing devices
D. Lifts and hoists

A. universal motor
B. D.C. shunt motor
C. single-phase capacitor run motor
D. 3-phase synchronous motor