Electricity and Magnetism

a region around a magnetic material or a moving electric charge within which the force of magnetism acts.

• magnetic materials

• magnetic field

• magnetic force

• electric field

a region around a charged particle or object within which a force would be exerted on other charged particles or objects.

• magnetic materials

• magnetic field

• magnetic force

• electric field

The two poles of a magnet result when these-________ ________align in such a way that they point in the same direction. If you cut a magnet in half,the domain of each half will still line up so that the two new magnets each have a north pole and a south pole. In an object that is not magnetized, the domains lie in many different directions and mostly cancel each other out.

• magnetic domains

• magnetic field

• magnetic force

• electric field

any material that allows an electric current to flow

• Insulators

• Conductors

• Induction

• Conduction

any material that does not allow an electric current to flow freely

• Insulators

• Conductors

• Induction

• Conduction

movement of electrically charged particles through touch

• Insulators

• Conductors

• Induction

• Conduction

process by which an electrical conductor becomes electrified when near a charged body

• Insulators

• Conductors

• Induction

• Conduction

charging an object through rolling or sliding

• Friction

• Magnetic force

• Static Electricity

• Electric Charge

An ____________ is created when a wire is coiled and an electric current flows through it. Generally electromagnets have a metal core that helps to increase the strength of the electromagn

• Friction

• Magnetic force

• Static Electricity

• Electromagnet

the buildup of electric charge on an object

• Friction

• Magnetic force

• Static Electricity

• Electromagnet