Jacques moves a bar magnet near a circle of copper wire. Moving the magnet creates a changing magnetic field passing through the copper loop. What happens to the copper wire because of the moving magnet?

A) The copper wire carries an electric current.

B) The copper wire develops a negative electric charge.

C) The copper wire loses its magnetic charge.

D) The copper wire develops a positive electric charge.

Question

Devyn

Chemistry

9 October, 08:03

Jacques moves a bar magnet near a circle of copper wire. Moving the magnet creates a changing magnetic field passing through the copper loop. What happens to the copper wire because of the moving magnet?

A) The copper wire carries an electric current.

B) The copper wire develops a negative electric charge.

C) The copper wire loses its magnetic charge.

D) The copper wire develops a positive electric charge.

+5

Answers (1)

Know the Answer?

Tiffany Perkins · Answer 1

The answer to this is

A) The copper wire carries an electric current.

This is due to electromagnetic induction.

When a magnetic field is generated, a corresponding electric field is also generated. When a magnet is move over a coil of wire, magnetic field is changing which creates electric current in the wire.