Select the electron domain geometry that results in a bent molecular shape. check all of the boxes that apply. linear with two atoms and zero lone pairs trigonal planar with three atoms and zero lone pairs trigonal planar with two atoms and one lone pair tetrahedral with three atoms and one lone pair tetrahedral with two atoms and two lone pairs

The correct answers are as follows:

The electron domain geometry that results in a bent molecular shape:

trigonal planar with two atoms and one lone pair

tetrahedral with two atoms and two lone pairs

The bent shape is the molecular geometry. The repulsion between the lone pair and bond pair electrons causes the molecule to have a bent shape.

Both the molecular and electron domain geometry is according to the VSEPR theory, wherein the number of electron pairs surrounding the central atom of a molecule determines its geometry.

frequency, z, and the collision density, z, in carbon dioxide (co2), r 180 pm at 30 °c and 120 kpa