Magnetic Fields Practice Test

They are always parallel to the magnet's axis inside the magnet and form perfect circles outside the magnet.

They represent the trajectory that a small charged particle would follow if it were released from rest near the magnet.

They form closed loops which, by convention, emerge from the north pole and enter the south pole outside the magnet.

They originate on the north pole and terminate on the south pole, following straight paths inside the magnet.