QuestionMay 15, 2025

The rotor turns because of: Select one: A. The induced cyclonic effects created by the proximity of the rotor to the stator. B. The directional spin of the electrons in the rotor winding. C. The repulsion and attraction between the poles of the rotor and stator. D. The directional spin of the electrons in the stator windings.

The rotor turns because of: Select one: A. The induced cyclonic effects created by the proximity of the rotor to the stator. B. The directional spin of the electrons in the rotor winding. C. The repulsion and attraction between the poles of the rotor and stator. D. The directional spin of the electrons in the stator windings.
The rotor turns because of:
Select one:
A. The induced cyclonic effects created by the proximity of the rotor to the
stator.
B. The directional spin of the electrons in the rotor winding.
C. The repulsion and attraction between the poles of the rotor and stator.
D. The directional spin of the electrons in the stator windings.

Solution
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Answer

C. The repulsion and attraction between the poles of the rotor and stator. Explanation 1. Identify the principle of operation The rotor in an electric motor turns primarily due to electromagnetic forces. 2. Determine the interaction between rotor and stator The turning is caused by **the repulsion and attraction between the poles of the rotor and stator**. This interaction creates a torque that causes the rotor to spin.

Explanation

1. Identify the principle of operation<br /> The rotor in an electric motor turns primarily due to electromagnetic forces.<br /><br />2. Determine the interaction between rotor and stator<br /> The turning is caused by **the repulsion and attraction between the poles of the rotor and stator**. This interaction creates a torque that causes the rotor to spin.
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