(B) $BF_3$ has $sp^2$ hybridization and a trigonal planar geometry.$ClF_3$ has $sp^3d$ hybridization with two lone pairs,resulting in a $T$-shaped (pl

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(B) $BF_3$ has $sp^2$ hybridization and a trigonal planar geometry.$ClF_3$ has $sp^3d$ hybridization with two lone pairs,resulting in a $T$-shaped (planar) geometry.$NH_3$ has $sp^3$ hybridization with one lone pair,resulting in a trigonal pyramidal (non-planar) geometry.Therefore,$NH_3$ is the non-planar molecule.

Class 11 Chemistry Chemical Bonding and Molecular Structure VSEPR Theory

Medium

Amongst $ClF_3$,$BF_3$ and $NH_3$ molecules,the one with non-planar geometry is:

A
$ClF_3$
B
$NH_3$
C
$BF_3$
D
None of these

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Class 11

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Chemical Bonding and Molecular Structure

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VSEPR Theory

The number of bond pairs of electrons and the total number of lone pairs of electrons in $XeOF_4$ are respectively:

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The number of molecules/ions having a trigonal bipyramidal shape is $........$.
$PF_5, BrF_5, PCl_5, [PtCl_4]^{2-}, BF_3, Fe(CO)_5$

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The correct increasing order of adjacent bond angle among $BF_3$,$PF_3$,and $ClF_3$ is:

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What is the shape of $ClO_3^-$?

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Which one of the following compounds has the smallest bond angle?

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Amongst $ClF_3$,$BF_3$ and $NH_3$ molecules,the one with non-planar geometry is:

Similar Questions

The number of bond pairs of electrons and the total number of lone pairs of electrons in $XeOF_4$ are respectively:

The number of molecules/ions having a trigonal bipyramidal shape is $........$.$PF_5, BrF_5, PCl_5, [PtCl_4]^{2-}, BF_3, Fe(CO)_5$

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The number of molecules/ions having a trigonal bipyramidal shape is $........$.
$PF_5, BrF_5, PCl_5, [PtCl_4]^{2-}, BF_3, Fe(CO)_5$