| A | B |
|---|
| Align | refers to the domains becoming lined up resulting in the gain of magnetic force |
| Attract | draw or pull, as when two magnetic fields interact |
| Circuit | pat from a battery to a light bulb and back to the battery that makes the light bulb light up |
| Closed Circuit | occurs when there is no break in the circuit and clectricity can flow causing the light bulb to light |
| Conduct/Conductor/Conduction | allow heat or electricity to flow throught readily |
| Demagnetize | make the magnetic field weaker |
| Domain | in a magnet, a small area made of up of billions of atoms |
| Electric Current | the continuous movement of electrons |
| Electromagnet | a temporary magnet made of a piece of iron within a coil of insulated wire; made when electrons move through a coil of wire wrapped around an iron core |
| Force | any influence that cuses an object to move |
| Insulate/Insulator/Insulation | not allow heat or electricity to flow through readily |
| Magnetic | having a magnetic field, displaying magnetic properties; anything that attracts or repels iron or steel |
| Nonmagnetic | not magnetic |
| Open Circuit | occurs when there is a break in the circuit and electricity can not flow causin the light bulb not to light |
| Permanent Magnet | magnets which retain their magnetism for a relatively long period of time after the magnetizing force is removed |
| Pole | in a magnet, each of two ends or faces where the magnetic field is strongest |
| Repel | push away, like when two magnets are placed with like poles together and their magnetic fields interact |
| Static Electricity | occurs when an object becomes unbalanced electrically- too much negative or positive charge |
| Switch | opens and closes a circuit |
| Temporary Magnet | magnets which lose all or most of their magnetic properties after the magnetizing force is removed |
