Molecules in which all fluorine atoms are in | vedclass

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(C) $1$. $BF_3$ has a trigonal planar geometry with $sp^2$ hybridization. All atoms lie in the same plane.$2$. $ClF_3$ has a $T$-shaped geometry due t

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$BF_3$

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(C) $1$. $BF_3$ has a trigonal planar geometry with $sp^2$ hybridization. All atoms lie in the same plane.$2$. $ClF_3$ has a $T$-shaped geometry due to two lone pairs on the central $Cl$ atom. The fluorine atoms are in the same plane.$3$. $CHF_3$ has a tetrahedral geometry ($sp^3$ hybridization). The fluorine atoms are not in the same plane.$4$. Since $CHF_3$ is tetrahedral,the option $All$ is incorrect. Among the given choices,$BF_3$ and $ClF_3$ have all fluorine atoms in the same plane,but $BF_3$ is the most standard example of a planar molecule.

Molecules in which all fluorine atoms are in the same plane is:

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