Question
A student makes a model of an electric motor centered between two magnets.
The student records the rotation speed of the wire loop for different distances
between the magnets and the wire loop in a table.
As the distance between the magnets increases, the wire loop rotation rate increases due to
the decreasing magnetic field.
B As the distance between the magnets decreases, the wire loop rotation rate decreases due to
the decreasing magnetic field.
C As the distance between the magnets increases, the wire loop rotation rate decreases due to
the decreasing magnetic field.
D As the distance between the magnets decreases, the wire loop rotation rate increases due to
the decreasing magnetic field.
The student records the rotation speed of the wire loop for different distances
between the magnets and the wire loop in a table.
As the distance between the magnets increases, the wire loop rotation rate increases due to
the decreasing magnetic field.
B As the distance between the magnets decreases, the wire loop rotation rate decreases due to
the decreasing magnetic field.
C As the distance between the magnets increases, the wire loop rotation rate decreases due to
the decreasing magnetic field.
D As the distance between the magnets decreases, the wire loop rotation rate increases due to
the decreasing magnetic field.
Answers
GPT 3.5
C As the distance between the magnets increases, the wire loop rotation rate decreases due to the decreasing magnetic field.