Molecular Geometry Answers

bentlineartetrahedral

tetrahedraltrigonal planartrigonal pyramidal

A molecule that has a trigonal-pyramidal shape has 012✔ 3 atom(s) an

d 0✔ 123 lone pair(s) around the central atom.

tetrahedraltrigonal planartrigonal pyramidal

CH2Cl2

NO2

Question text not available

Choose the number of lone pairs or atoms to complete each description below.A molecule that has a trigonal-planar shape has ✔ 0123 lone pair(s).

Choose the name of the molecular geometry for each molecule described below. A molecule with two atoms and no lone pairs around the central atom has a ✔ lineartrigonal-bipyramidaltetrahedralbent shape.

Choose the molecular geometry of each type of hybrid orbital that forms.When one s- and one p-orbital mix, the resulting hybrid orbitals have a trigonal-planartetrahedral✔ linear geometry.

sp2-orbitals

bentlineartetrahedral

PI3

SF6

A molecule that has a bent shape and a trigonal-planar electron domain shape has 0✔ 123 lone pair(s).

A molecule with four atoms and no lone pairs around the central atom has a lineartrigonal-bipyramidal✔ tetrahedralbent shape.

When one s- and two p-orbitals mix, the resulting hybrid orbitals have a ✔ trigonal-planartetrahedrallinear geometry.

sp3-orbitals

A molecule that has two atoms and two lone pairs around the central atom has a lineartrigonal-bipyramidaltetrahedral✔ bent shape.