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{{Element | name=Neon | symbol=Ne | anumber=10 | amass=20.2 amu | noe=10 | class=Noble Gas | cstructure=Cubic | color=Colorless | date=1898 | discname=Sir [[William Ramsay]] | origname=From the Greek word ''neos'' (new) | uses=Lighting| obtained=Liquid air}}
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{{Element  
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| name= Neon
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| image=
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| caption=
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| symbol=Ne
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| anumber=10
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| class=Group 18, [[Noble Gas]]
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| amass= 20.2 amu
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| stableisotopes=
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| unstableisotopes=
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| meltingpoint=-248.67
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| boilingpoint= -245.92
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| density=0.9002 (''per liter'')<br/>0.6962 (''relative'')
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| hardness=
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| abundance=1.8 x 10<sup>-8</sup>
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| oxidation=
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| date= 1898
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| discname=Sir [[William Ramsay]]<br/>Morris W. Travers
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| origname=Greek: ''νέος'' "neos" (new)
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| uses=Lighting
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| obtained=Liquid air
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}}
 
'''Neon''' (chemical symbol '''Ne''', [[atomic number]] 10) is the fourth most abundant [[chemical element]] in the universe, but it is just a trace element in the air. As a member of the [[noble gas]] series, it is nearly inert. Under ordinary conditions, it is colorless, but in a vacuum discharge tube, it gives a reddish-orange glow. Consequently, the main use of neon is to make flashy signs for advertising.
 
'''Neon''' (chemical symbol '''Ne''', [[atomic number]] 10) is the fourth most abundant [[chemical element]] in the universe, but it is just a trace element in the air. As a member of the [[noble gas]] series, it is nearly inert. Under ordinary conditions, it is colorless, but in a vacuum discharge tube, it gives a reddish-orange glow. Consequently, the main use of neon is to make flashy signs for advertising.
    
{{Periodic table}}
 
{{Periodic table}}
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