Changes

{{Element | name=Xenon | symbol=Xe | anumber=54 | amass=131.3 | state=gas | class= | cstructure= | density=0.00588 g/cm3 | color=none | stableisotopes=36 | date=September 1898 | discname=William Ramsay & Morris Travers | origname= | uses=photographic flashes, high pressure arc lamps, radiation detection, medical general anesthetic and imaging, and ion thruster propellant. | obtained= }}

{{Element | name=Xenon | symbol=Xe | anumber=54 | amass=131.3 | state=gas | class= | cstructure= | density=0.00588 g/cm3 | color=none | stableisotopes=36 | date=September 1898 | discname=William Ramsay & Morris Travers | origname= | uses=photographic flashes, high pressure arc lamps, radiation detection, medical general anesthetic and imaging, and ion thruster propellant. | obtained= }}

'''Xenon''' ''(ZEN-on or ZEE-non)''is a [[noble gas]]. Since it is a almost completely unreactive, it is often used in industrial processes as a coolant. However, in 1962, Xenon was shown to react with [[Fluorine]], to produce Xenon Hexafluoride. Due to the masses of the heavier noble gases, it fulfills the prediction that heavier noble gases should be able to react.

'''Xenon''' ''(ZEN-on or ZEE-non)''is a [[noble gas]]. Since it is an almost completely unreactive, it is often used in industrial processes as a coolant. However, in 1962, Xenon was shown to react with [[Fluorine]], to produce Xenon Hexafluoride. Due to the masses of the heavier noble gases, it fulfills the prediction that heavier noble gases should be able to react.

[[category:Elements]]

[[Category:Elements]]

{{Template:Periodic table}}

{{Periodic table}}