Question

HELP ASAP!
A student builds an electric motor with 6 loops in the coil of wire and applies a voltage of 1.5 volts. Make a prediction about how fast the motor would spin compared to the ones you observed in your experiment. Support your prediction with evidence. Explain your prediction using cause-and-effect relationships.

Answer 1

If the given emf (1.5 volts) is greater than the emf you observed in your experiment, then the motor with 1.5 volts will move faster.

Speed of the motor

The speed of the motor depends on the strength of the induced emf in the coil of the electric motor.

emf = NdФ/dt

where;

• N is number of loops
• dФ is change in magnetic flux

F = BIL = qvB

where;

• I is the induced current

As the induced current in the coil of the motor increases, the speed of the motor will increase.

Thus, if the given emf (1.5 volts) is greater than the emf you observed in your experiment, then the motor with 1.5 volts will move faster.

Learn more about induced emf here: https://brainly.com/question/13744192

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