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Bond Pairs and Lone Pairs

In which of t...

Question

In which of the following sets do we have $s p^{3} d$ -hybridization ?

X e F_{2}, I B r_{3}, X e O_{3}

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I B r_{3}, S F_{5}^{+}, S F_{5}^{-}

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X e F_{2}, I B r_{3}, S F_{5}^{+}

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S F_{5}^{+}

and

S F_{5}^{-}

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Solution

The correct option is A $X e F_{2}, I B r_{3}, S F_{5}^{+}$
$s p^{3} d$ -hybridization is present in $X e F_{2}, I B r_{3}, S F_{5}^{+}$ . This results in electronic geometry of trigonal bipyramidal.
The sum of the number of lone pairs and bond pairs on central atom is $5$ .

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Similar questions

S F_{4}, B r F_{3}, X e F_{2}, I F_{5}, S b F_{4}^{-} . S F_{5}^{-}, S e F_{3}^{+}, C H_{3}^{+}, P C l_{4}^{+}

s p^{3} d

X e F_{2}, X e F_{4}, X e F_{6}, X e O F_{2}, X e O_{3}

S b F_{5} + H F \to H^{+} [S b F_{6}]^{-}

N H_{3} + B F_{3} \to H_{3} N B F_{3}

A l C l_{3} + C l^{-} \to A l C l_{4}^{-}

S F_{4} + F^{-} \to [S F_{5}]^{-}

S b F_{5} + H F \to H^{+} [S b F_{6}]^{-}

N H_{3} + B F_{3} \to H_{3} N B F_{3}

A l C l_{3} + C l^{-} \to A l C l_{4}^{-}

S F_{4} + F^{-} \to [S F_{5}]^{-}

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