Asked by Courtney Gwizdz on Apr 30, 2024
Verified
The rotor of an induction motor must always turn sufficiently faster than the rotating magnetic field so that magnetic lines of flux will cut through the rotor bars and induce a voltage.
Lines of Flux
Imaginary lines used to represent the strength and direction of a magnetic field around a magnet.
Rotor Bars
Metal bars mounted in the rotor of an induction motor, which conduct current and create a magnetic field that interacts with the stator to produce torque.
Induce Voltage
The process by which a voltage is generated in a conductor by changing the magnetic field around it.
- Ascertain the link between the speed of the rotor, the magnetic field of the stator, and the production of torque within induction motors.
Verified Answer
Learning Objectives
- Ascertain the link between the speed of the rotor, the magnetic field of the stator, and the production of torque within induction motors.
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