Match the Xenon compounds in Column-I with th | vedclass

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(D) $1$. $XeF_4$: The central atom $Xe$ has $2$ lone pairs and $4$ bond pairs, resulting in a square planar geometry (ii).$2$. $XeF_6$: The central at

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

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(D) $1$. $XeF_4$: The central atom $Xe$ has $2$ lone pairs and $4$ bond pairs, resulting in a square planar geometry (ii).$2$. $XeF_6$: The central atom $Xe$ has $1$ lone pair and $6$ bond pairs, resulting in a distorted octahedral geometry (iii).$3$. $XeOF_4$: The central atom $Xe$ has $1$ lone pair and $5$ bond pairs, resulting in a square pyramidal geometry (iv).$4$. $XeO_3$: The central atom $Xe$ has $1$ lone pair and $3$ bond pairs, resulting in a pyramidal geometry $(i)$.Therefore, the correct matching is $(a)$-(ii), $(b)$-(iii), $(c)$-(iv), $(d)$-$(i)$.

Column-$I$	Column-$II$
$(a)$ $XeF_4$	$(i)$ pyramidal
$(b)$ $XeF_6$	(ii) square planar
$(c)$ $XeOF_4$	(iii) distorted octahedral
$(d)$ $XeO_3$	(iv) square pyramidal

Match the Xenon compounds in Column-$I$ with their structures in Column-$II$.
Column-$I$ Column-$II$
$(a)$ $XeF_4$ $(i)$ pyramidal
$(b)$ $XeF_6$ (ii) square planar
$(c)$ $XeOF_4$ (iii) distorted octahedral
$(d)$ $XeO_3$ (iv) square pyramidal

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Match the Xenon compounds in Column-$I$ with their structures in Column-$II$.Column-$I$Column-$II$$(a)$ $XeF_4$$(i)$ pyramidal$(b)$ $XeF_6$(ii) square planar$(c)$ $XeOF_4$(iii) distorted octahedral$(d)$ $XeO_3$(iv) square pyramidal