The number of molecules/ions having a trigona | vedclass

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(A) The geometries of the given species are as follows:$PF_5$: Trigonal bipyramidal ($sp^3d$ hybridization).$BrF_5$: Square pyramidal ($sp^3d^2$ hybri

Vedclass · Accepted Answer

$3$

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(A) The geometries of the given species are as follows:$PF_5$: Trigonal bipyramidal ($sp^3d$ hybridization).$BrF_5$: Square pyramidal ($sp^3d^2$ hybridization).$PCl_5$: Trigonal bipyramidal ($sp^3d$ hybridization).$[PtCl_4]^{2-}$: Square planar ($dsp^2$ hybridization).$BF_3$: Trigonal planar ($sp^2$ hybridization).$Fe(CO)_5$: Trigonal bipyramidal ($dsp^3$ hybridization).Thus,the species with trigonal bipyramidal shape are $PF_5, PCl_5$,and $Fe(CO)_5$.The total count is $3$.

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 $........$.$PF_5, BrF_5, PCl_5, [PtCl_4]^{2-}, BF_3, Fe(CO)_5$