Match the compounds of Xe in Column-I with th | vedclass

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(A) The molecular structures of the given $Xe$ compounds are determined by $VSEPR$ theory:$1$. $XeF_2$: $Xe$ has $2$ bond pairs and $3$ lone pairs,res

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$(a)-(ii), (b)-(i), (c)-(iv), (d)-(iii)$

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(A) The molecular structures of the given $Xe$ compounds are determined by $VSEPR$ theory:$1$. $XeF_2$: $Xe$ has $2$ bond pairs and $3$ lone pairs,resulting in a linear geometry.$2$. $XeF_4$: $Xe$ has $4$ bond pairs and $2$ lone pairs,resulting in a square planar geometry.$3$. $XeO_3$: $Xe$ has $3$ bond pairs and $1$ lone pair,resulting in a pyramidal geometry.$4$. $XeOF_4$: $Xe$ has $5$ bond pairs and $1$ lone pair,resulting in a square pyramidal geometry.Matching these with the columns:$(a)-(ii), (b)-(i), (c)-(iv), (d)-(iii)$.

Column-$I$	Column-$II$
$(a)$ $XeF_2$	$(i)$ Square planar
$(b)$ $XeF_4$	$(ii)$ Linear
$(c)$ $XeO_3$	$(iii)$ Square pyramidal
$(d)$ $XeOF_4$	$(iv)$ Pyramidal

Match the compounds of $Xe$ in Column-$I$ with the molecular structure in Column-$II$.

Column-$I$ Column-$II$

$(a)$ $XeF_2$ $(i)$ Square planar

$(b)$ $XeF_4$ $(ii)$ Linear

$(c)$ $XeO_3$ $(iii)$ Square pyramidal

$(d)$ $XeOF_4$ $(iv)$ Pyramidal

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Match the compounds of $Xe$ in Column-$I$ with the molecular structure in Column-$II$. Column-$I$ Column-$II$ $(a)$ $XeF_2$ $(i)$ Square planar $(b)$ $XeF_4$ $(ii)$ Linear $(c)$ $XeO_3$ $(iii)$ Square pyramidal $(d)$ $XeOF_4$ $(iv)$ Pyramidal