$XeF_6$ on partial hydrolysis gives

List the uses of Neon and argon gases.

The chemical structures of $XeO_3$ and $XeOF_4$,respectively,are

$Xe_{(g)} + 2 F_{2(g)} \xrightarrow[7 \text{ bar }]{873 \text{ K}} XeF_{4(s)}$
The ratio of $Xe : F_2$ required in the above reaction is

Which noble gas is most abundant in the atmosphere?

The complete hydrolysis of $XeF_{6}$ results in the formation of