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# The number of lone pairs in $XeF_2$

$\begin{array}{1 1}(a)\;1&(b)\;2\\(c)\;3&(d)\;0\end{array}$

According to VSPER theory
Total $e^-$ in $Xe$:$8e^-$
In $XeF_2$ b.p=2$(2e^-)$
l.p=3$(3\times 2e^-=6e^-)$
The no of lone pairs in $XeF_2$ is 3.
Hence (c) is the correct answer.