Magnetic Forces digital article

It loses its magnetic properties

You get two smaller magnets, each with a north and south pole

It becomes a temporary magnet

It becomes a permanent magnet.

A) A visible area around a magnet

B) An invisible area around a magnet where it exerts magnetic force

C) A field where gravity is strongest

D) A field where electricity flows.

Materials that are always magnetic

Materials that become magnetic only when near another magnet

Materials that lose magnetism over time

Materials that are never magnetic.

A magnet that is always magnetic

A magnet that becomes magnetic only when near another magnet

A magnet that never loses its magnetism

A magnet that is not affected by other magnets.

Iron, nickel, cobalt

Gold, silver, copper

Hydrogen, helium, lithium

Carbon, nitrogen, oxygen

It has no magnetic properties

It behaves like a gigantic magnet

It repels all magnets

It attracts only temporary magnets.

The Earth's South Pole

The Earth's North Pole

The equator

The magnetic equator.

The nail becomes a permanent magnet

The nail becomes a temporary magnet

The nail loses its magnetic properties

The nail is unaffected.

Like poles attract, unlike poles repel

Like poles repel, unlike poles attract

Both like and unlike poles attract

Both like and unlike poles repel.

A region around a magnet where magnetic forces are exerted

A field where magnets are stored

A field that blocks magnetic forces

A field that enhances gravitational forces.