Q.

The rotor of an induction motor rotates in the direction of the rotation of stator field in order to

  • AReduce the relative speed between the rotating stator field and the stationary rotor conductors
  • BOppose the rotor current
  • CIncrease the relative speed between the rotating stator field and stationary rotor conductors
  • DNone of the above
Correct Answer : (A)

Reduce the relative speed between the rotating stator field and the stationary rotor conductors

Hints :

The rotor of an induction motor rotates in the direction of the rotation of stator field in order to Reduce the relative speed between the rotating stator field and the stationary rotor conductors.

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