Answer:
Linear
Explanation:
Usually, when a molecule has a hybridization of sp3d, it's geometry is trigonal bipyramidal.
However, the presence of lone pairs distorts the shape away from the expected trigonal bipyramidal geometry.
The three lone pairs present in the molecule leads to a linear shape due to repulsion between electron pairs.
The shape of the [tex]\rm sp^3d[/tex] hybridized molecule with three lone pairs has been linear.
The VSEPR theory has been applied for the determination of the shape of the molecule with respect to the hybridization of the molecule.
According to the VSEPR theory, the molecule with [tex]\rm sp^3d[/tex] hybridization and zero lone pairs has been consisted of the trigonal bipyramidal structure.
The lone pairs in the molecule result in the repulsion that distorts the shape of the molecule from trigonal bipyramidal. The resulted structure has a linear shape.
The shape of the [tex]\rm sp^3d[/tex] hybridized molecule with three lone pairs has been linear.
For more information about the hybridization, refer to the link:
https://brainly.com/question/13978941
