Identify the molecular geometry of XeF_4. | vedclass

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(A) The central atom in $XeF_4$ is Xenon $(Xe)$,which has $8$ valence electrons.It forms $4$ single bonds with $4$ Fluorine $(F)$ atoms.This leaves $4

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Square planar

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(A) The central atom in $XeF_4$ is Xenon $(Xe)$,which has $8$ valence electrons.It forms $4$ single bonds with $4$ Fluorine $(F)$ atoms.This leaves $4$ electrons on the Xenon atom,which form $2$ lone pairs.The total number of electron pairs (steric number) is $4 	ext{ (bond pairs)} + 2 	ext{ (lone pairs)} = 6$.$A$ steric number of $6$ corresponds to $sp^3d^2$ hybridization,which has an octahedral electron geometry.Due to the presence of $2$ lone pairs,the molecular geometry is square planar.

Identify the molecular geometry of $XeF_4$.

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