QuestionMay 10, 2025

The magnetic field of the stator is: The same polarity as the rotor magnetic field. Always oriented to the north. Opposite in polarity as the rotor magnetic field. Permanently set at the factory.

The magnetic field of the stator is: The same polarity as the rotor magnetic field. Always oriented to the north. Opposite in polarity as the rotor magnetic field. Permanently set at the factory.
The magnetic field of the stator is:
The same polarity as the rotor magnetic field.
Always oriented to the north.
Opposite in polarity as the rotor magnetic field.
Permanently set at the factory.

Solution
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Answer

Opposite in polarity as the rotor magnetic field. Explanation 1. Analyze the interaction between stator and rotor magnetic fields In an electric motor, the stator's magnetic field interacts with the rotor's magnetic field to produce torque. For this interaction to occur effectively, the stator's magnetic field must be **opposite in polarity** to the rotor's magnetic field. This ensures attraction and repulsion forces that drive rotation.

Explanation

1. Analyze the interaction between stator and rotor magnetic fields<br /> In an electric motor, the stator's magnetic field interacts with the rotor's magnetic field to produce torque. For this interaction to occur effectively, the stator's magnetic field must be **opposite in polarity** to the rotor's magnetic field. This ensures attraction and repulsion forces that drive rotation.
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