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The same poles don't attract but the opposite poles pull to each other.

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When heated a magnet loses force.

they can attract or pull back/repel.

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when there is the same pole coming together they will repel each other.

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when there is the same pole coming together they will repel each other.

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The poles have the most magnetic attraction

When you break a magnet they get their individual south and north (credit: aisha)

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Magnets will only affect a mass if it is in its gravitational field.

Magnets will only attract the pole of the magnet opposite to itself

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Temperature affects the magnetic force and strength of a magnet.

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You can create a magnet by running a current through an nai

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when there is the same pole, they will repel each other

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The strength of the magnet can be tempered by changing the temperature of its surroundings.

Magnets can hold up their own weight

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The same poles (s,s or n,n) repel and the opposite poles (n,s) attract

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Hot magnets have less force than normal.

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Running a current through a nail creates a magnet out of the nail.

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Running a current through a nail creates a magnet out of the nail.

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2 Magnets only attract if the poles differ is they are the same (N + N or S + S) they wont attract.

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A magnet loses strength when it is hot                                                              If you place 2 magnets in the opposite way they will repel 

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A magnet loses strength when it is hot                                                              If you place 2 magnets in the opposite way they will repel 

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Irons pole will change when placed in contact with a certain pole.

Metals can be attracted by magnets while not being magnetic.

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When you break a magnet in half they get their individual south and north                                                      The iron filling is attracted to the north and south side of a magnet 

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When you break a magnet in half they get their individual south and north                                                      The iron filling is attracted to the north and south side of a magnet 

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When at the same poles they repel and  iron filings don't attract toward each other.

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When at the same poles they repel and  iron filings don't attract toward each other.

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when they are unlike/opposite poles, they will attract each other.

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The distance of the magnet affects the amount of force it has on other objects.

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An electromagnet can be created by having a wire coil with running electricity wrapped around a nail.

An electromagnet isn’t permanent and will only work when plugged in.

An Electromagnets' poles can be switched by plugging the wire into the other pole of the battery.

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A heated magnet will perform weaker than cool magnets

A cool magnet will perform the best magnets can

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The opposite poles attract to each other. The poles that are the same, repel each other.

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The opposite poles attract to each other. The poles that are the same, repel each other.

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Heating a magnet weakens its magnetic force

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Temperature affects magnets strengthHot magnets have less force

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Temperature affects magnets strengthHot magnets have less force

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Magnetic force can be transferred.

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The magnets force is affected by it's temperature

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1. Electromagnets poles can be switched with changing the current directions

2. Elecromagnets are only as strong as the current activating them

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Magnets create a chain of magnetized objects that want to attach

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If you break a magnet both of the poles will still be their

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anything thats been eletrecly charged can make another magnet move without touching.

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anything thats been eletrecly charged can make another magnet move without touching.

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Temperature is a factor affecting the strength of the magnetic force of a magnet. When a magnet is heated, its magnetic pull(force) is weakened.  If you freeze a magnet, its force will become greater because its atoms will move more slowly which and creates more of a pattern and creates a magnetic field. Which strengthens the force of a magnet.   

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Temperature is a factor affecting the strength of the magnetic force of a magnet. When a magnet is heated, its magnetic pull(force) is weakened.  If you freeze a magnet, its force will become greater because its atoms will move more slowly which and creates more of a pattern and creates a magnetic field. Which strengthens the force of a magnet.   

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The magnetic field of a magnet is shaped as an elliptical circle.

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The magnetic field of a magnet is shaped as an elliptical circle.

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When using iron filings and a stronger magnet  you can see the magnetic field

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When you run an electrical current through an object you can create a temporary magnet

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You can create magnet by conducting electricity to a metal-made object with a electrical conductor(copper, silver, iron, merucry, etc...). Electrical magnets can have their poles changed

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You can create magnet by conducting electricity to a metal-made object with a electrical conductor(copper, silver, iron, merucry, etc...). Electrical magnets can have their poles changed