Question

A conducting loop has a magnetic flux through it. If the loop is rotated will the...

  1. A conducting loop has a magnetic flux through it. If the loop is rotated will the flux through the loop change?

    Yes, if the rotation axis is not parallel to the magnetic field

    Only of the rotation axis is parallel to the magnetic field

    Yes, for any rotation axis

    Not enough information

2. A bar magnet is held stationary inside a coil of wire that is connected to a meter. What can be said about the current in the coil?

The current is increasing

The current is decreasing

There is no current

Not enough information to say anything about the current

3. A conducting loop is pulled from a region with a magnetic field through the loop to a region with no magnetic field. What can be said about the induced current and induced magnetic field?

There is no induced current

The induced current produces an induced magnetic field in the opposite direction of the external field.

The induced current produces an induced magnetic field in the same direction of the external field.

There is an induced current, but it does not create an induced magnetic field.
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