In which of the following molecules are all t | vedclass

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(A) $BF_{3}$ has a trigonal planar structure with $sp^{2}$ hybridization,where all $B-F$ bonds are equal.$AlF_{3}$ is ionic in nature,but in its molec

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$ClF_{3}$

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(A) $BF_{3}$ has a trigonal planar structure with $sp^{2}$ hybridization,where all $B-F$ bonds are equal.$AlF_{3}$ is ionic in nature,but in its molecular form,it exhibits a symmetric structure.$NF_{3}$ has a trigonal pyramidal geometry due to $sp^{3}$ hybridization with one lone pair,where all $N-F$ bonds are equal.$ClF_{3}$ has a $T$-shaped geometry due to $sp^{3}d$ hybridization with two lone pairs at equatorial positions,resulting in two different bond lengths (axial and equatorial).Therefore,all bonds in $ClF_{3}$ are not equal.Thus,option $A$ is correct.

Molecule	Geometry
$(a) SnCl_2$	$(i)$ Angular (or) Bent
$(b) XeF_4$	$(ii)$ See-saw
$(c) ClF_3$	$(iii)$ Square pyramidal
$(d) IF_5$	$(iv)$ $T$-shape
-	$(v)$ Square planar

In which of the following molecules are all the bonds not equal?

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Molecule Geometry
$(a) SnCl_2$ $(i)$ Angular (or) Bent
$(b) XeF_4$ $(ii)$ See-saw
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$(d) IF_5$ $(iv)$ $T$-shape
- $(v)$ Square planar

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