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: [[Magnetism]] is a [[force]] so it is [[Measure|measured]] in [[Newton]]s.
: [[Magnetism]] is a [[Non-contact Force|non-contact force]] because it can act without [[object]]s touching.
: [[Magnetism]] can be attractive when two opposite [[poles]] are near one another or repulsive when two 'like' [[poles]] are placed near one another.
: [[Magnet]]s produce a [[Magnetic Field|magnetic field]]. If [[Iron]],[[Cobalt]] or [[Nickel]] are in that [[Magnetic Field|magnetic field]] they will be [[attract|attracted]] to the [[magnet]].
{| class="wikitable"
|[[File:MagneticField.png|center|400px]]
|-
| style="height:20px; width:200px; text-align:center;" |This [[diagram]] shows the [[Magnetic Field|magnetic field]] around a [[magnet]]with the [[North Seeking Pole]] on the right and [[South Seeking Pole]] on the left.
|}
: [[Magnetism]] is a [[force]] so it is [[Measure|measured]] in [[Newton]]s.
: [[Magnetism]] is a [[Non-contact Force|non-contact force]] because it can act without [[object]]s touching.
: [[Magnetism]] can be attractive when two opposite [[poles]] are near one another or repulsive when two 'like' [[poles]] are placed near one another.
: [[Magnet]]s produce a [[Magnetic Field|magnetic field]]. If [[Iron]],[[Cobalt]] or [[Nickel]] are in that [[Magnetic Field|magnetic field]] they will be [[attract|attracted]] to the [[magnet]].
{| class="wikitable"
|[[File:MagneticField.png|center|400px]]
|-
| style="height:20px; width:200px; text-align:center;" |This [[diagram]] shows the [[Magnetic Field|magnetic field]] around a [[magnet]] with [[Magnetic Field|magnetic field]] lines pointing from [[North Seeking Pole|north]] to [[South Seeking Pole|south]].
|}