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Which two statements about an electric motor are true?
It converts motion energy to electric energy.
It depends on the relative motion of a magnet and a current-carrying wire.
It depends on a rotating magnet to create a magnetic field.
It converts electric energy to motion energy.
It doesn't require electricity because it uses electromagnetism.

Respuesta :

It depends on the relative motion of a magnet and a current-carrying wire and It converts electric energy to motion energy are the correct statements about an electric motor.

Explanation:

A motor is a mechanism that transforms electrical energy into motion energy. With an electric motor, control could effortlessly be conveyed through electricity from one point to another. The electric motor is based on the principles of electricity and magnetism.

Electrical motors regenerate energy to one form or another by the act of magnetic fields. When a coil conducting current is located at a right angle to a magnetic field, a force will be produced that impels it out of the field.

Answer:

It depends on the relative motion of a magnet and a current-carrying wire and It converts electric energy to motion energy are the correct statements about an electric motor.

Explanation:

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