The number of bent-shaped molecule/s from the | vedclass

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(B) To determine the shape,we look at the hybridization and lone pairs on the central atom:$N_3^{-}$: $sp$ hybridized,linear geometry.$NO_2^{-}$: $sp^

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$3$

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(B) To determine the shape,we look at the hybridization and lone pairs on the central atom:$N_3^{-}$: $sp$ hybridized,linear geometry.$NO_2^{-}$: $sp^2$ hybridized with one lone pair,bent shape.$I_3^{-}$: $sp^3d$ hybridized with three lone pairs on the central $I$ atom,linear geometry.$O_3$: $sp^2$ hybridized with one lone pair,bent shape.$SO_2$: $sp^2$ hybridized with one lone pair,bent shape.Thus,the bent-shaped molecules are $NO_2^{-}$,$O_3$,and $SO_2$.The total number of bent-shaped molecules is $3$.

$I. SnCl_2$	$II. BeF_2$
$III. SO_2$	$IV. NO_2^+$
$V. C_2H_2$

The number of bent-shaped molecule/s from the following is $.....$. $N_3^{-}$,$NO_2^{-}$,$I_3^{-}$,$O_3$,$SO_2$

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