Assertion (A): Xe atoms in XeF_2 are d^2 s p^ | vedclass

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(D) $XeF_2$ has $2$ bond pairs and $3$ lone pairs on the central $Xe$ atom,resulting in a steric number of $5$. Therefore,the hybridisation of $Xe$ in

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$(A)$ is false,but $(R)$ is true

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(D) $XeF_2$ has $2$ bond pairs and $3$ lone pairs on the central $Xe$ atom,resulting in a steric number of $5$. Therefore,the hybridisation of $Xe$ in $XeF_2$ is $s p^3 d$,not $d^2 s p^3$. Thus,Assertion $(A)$ is false. $XeF_2$ has $10$ electrons around the central $Xe$ atom,which is an expanded octet,meaning it does not follow the octet rule. Thus,Reason $(R)$ is true. Therefore,the correct option is $(D)$.

Assertion $(A)$: $Xe$ atoms in $XeF_2$ are $d^2 s p^3$ hybridised.
Reason $(R)$: $XeF_2$ molecule does not follow the octet rule.
Which of the following is correct?

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Assertion $(A)$: $Xe$ atoms in $XeF_2$ are $d^2 s p^3$ hybridised.Reason $(R)$: $XeF_2$ molecule does not follow the octet rule.Which of the following is correct?