In which of the following molecules/ions are | vedclass

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(D) $1$. $SiF_4$ has a tetrahedral geometry ($sp^3$ hybridization) where all $Si-F$ bond lengths are equal.$2$. $XeF_4$ has a square planar geometry (

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$SF_4$

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(D) $1$. $SiF_4$ has a tetrahedral geometry ($sp^3$ hybridization) where all $Si-F$ bond lengths are equal.$2$. $XeF_4$ has a square planar geometry ($sp^3d^2$ hybridization) with two lone pairs at axial positions,making all $Xe-F$ bond lengths equal.$3$. $BF_4^-$ has a tetrahedral geometry ($sp^3$ hybridization) where all $B-F$ bond lengths are equal.$4$. $SF_4$ has a see-saw geometry ($sp^3d$ hybridization) with one lone pair at an equatorial position. Due to the presence of the lone pair,the axial $S-F$ bonds and equatorial $S-F$ bonds have different bond lengths.

List-$I$ (Shape)	List-$II$ (Example)
$(1)$ Linear $(B-A-B)$	$(A)$ $PCl_5$
$(2)$ Trigonal planar	$(B)$ $CH_4$
$(3)$ Tetrahedral	$(C)$ $HgCl_2$
$(4)$ Trigonal bipyramidal	$(D)$ $BF_3$

In which of the following molecules/ions are all bond lengths not equal?

Similar Questions

Match the molecular shapes given in List-$I$ with the examples given in List-$II$.
List-$I$ (Shape) List-$II$ (Example)
$(1)$ Linear $(B-A-B)$ $(A)$ $PCl_5$
$(2)$ Trigonal planar $(B)$ $CH_4$
$(3)$ Tetrahedral $(C)$ $HgCl_2$
$(4)$ Trigonal bipyramidal $(D)$ $BF_3$

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