An organizer to represent how an electromagnet works.

This map shows how electricity works.

This chart shows how many things we use that have electricity in them.

This is a picture graph of the reaction when a outlet is having a plug put in it.

An electric current in which electrons move rapidly back and forth.

A measure of the amount of current in a wire.

The smallest parts of an element.

The property of matter that causes it to be electrically positive or negative, caused by losing or gaining electrons.

A closed path along which an electric current travels.

Materials, usually metals, that transmit electricity.

An electric current in which electrons move in one direction.

The movement of electrons through matter.

A form of energy made when tiny parts move around in an atom; energy that can power many devices.

A magnet that can be turned on or off and is made by sending electricity through metal.

A combined force of electricity and magnetism.

Particles in an atom that orbit the nucleus and have a negative electrical charge.

Materials, such as rubber and plastic, that do not transmit electricity.

An atom that has gained or lost electrons and has an electrical charge

An area around a magnet where magnetic force can be felt.

A force that pushes and pulls certain metals.

Particles in the nucleus of an atom that have no electrical charge.

Particles in the nucleus of an atom that have a positive electrical charge.

Electricity caused by a build up of negative charges in one place positive charges in another.

A measure of the amount of push that gets an electric current moving.

A measure of the rate at which electrical energy is being used.

Wind turbines are a form of electricity. Wind turbines are a form of wind energy.

Lightning is a form of electricity. Lightning is a source of static electricity