\[S{{F}_{2}},S{{F}_{4}}\] and \[S{{F}_{6}}\] have the hybridization at sulphur atom respectively as:

\[s{{p}^{3}},sp{{d}^{2}},{{d}^{2}}s{{p}^{3}}\]

\[s{{p}^{2}},s{{p}^{3}},s{{p}^{2}}{{d}^{2}}\]

\[s{{p}^{3}},s{{p}^{3}},s{{p}^{3}}{{d}^{2}}\]

\[s{{p}^{3}},s{{p}^{3}}d,s{{p}^{3}}{{d}^{2}}\]

\[S{{F}_{2}},S{{F}_{4}}\] and \[S{{F}_{6}}\] have the hybridization at

1.	\[S{{F}_{2}},S{{F}_{4}}\] and \[S{{F}_{6}}\] have the hybridization at sulphur atom respectively as:
A.	\[s{{p}^{2}},s{{p}^{3}},s{{p}^{2}}{{d}^{2}}\]
B.	\[s{{p}^{3}},s{{p}^{3}},s{{p}^{3}}{{d}^{2}}\]
C.	\[s{{p}^{3}},s{{p}^{3}}d,s{{p}^{3}}{{d}^{2}}\]
D.	\[s{{p}^{3}},sp{{d}^{2}},{{d}^{2}}s{{p}^{3}}\]
Answer» D. \[s{{p}^{3}},sp{{d}^{2}},{{d}^{2}}s{{p}^{3}}\]

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\[S{{F}_{2}},S{{F}_{4}}\] and \[S{{F}_{6}}\] have the hybridization at sulphur atom respectively as:

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