How many of the following species have sp^3 h | vedclass

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(D) To determine the hybridisation,we look at the structure of each species:$1$. $SO_3$ (Solid): Exists as a cyclic trimer $(SO_3)_3$ where each $S$ a

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$4$

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(D) To determine the hybridisation,we look at the structure of each species:$1$. $SO_3$ (Solid): Exists as a cyclic trimer $(SO_3)_3$ where each $S$ atom is $sp^3$ hybridised.$2$. $H_3PO_2$: The central $P$ atom is bonded to two $H$ atoms,one $OH$ group,and one double-bonded $O$ atom. It is $sp^3$ hybridised.$3$. $S_2O_3^{2-}$: The central $S$ atom is bonded to three $O$ atoms and one $S$ atom. It is $sp^3$ hybridised.$4$. $XeO_2F_2$: The central $Xe$ atom has $4$ bonding pairs and $1$ lone pair,making it $sp^3d$ hybridised.$5$. $I_3^-$: The central $I$ atom has $2$ bonding pairs and $3$ lone pairs,making it $sp^3d$ hybridised.$6$. $N_2O$: The central $N$ atom is $sp$ hybridised.$7$. $NH_2^-$: The central $N$ atom has $2$ bonding pairs and $2$ lone pairs,making it $sp^3$ hybridised.The species with $sp^3$ hybridisation are $SO_3$ (Solid),$H_3PO_2$,$S_2O_3^{2-}$,and $NH_2^-$. Thus,there are $4$ such species.

How many of the following species have $sp^3$ hybridisation of the central atom?
$SO_3$ (Solid),$H_3PO_2$,$S_2O_3^{2-}$,$XeO_2F_2$,$I_3^-$,$N_2O$,$NH_2^-$

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How many of the following species have $sp^3$ hybridisation of the central atom?$SO_3$ (Solid),$H_3PO_2$,$S_2O_3^{2-}$,$XeO_2F_2$,$I_3^-$,$N_2O$,$NH_2^-$