D. Label any polar bonds with dipole moments. (2 points)

e. Is the molecule polar or nonpolar? Explain your answer. (2 points)

f. The molecule CH₂Cl has four atoms arranged around one central atom. What is the shape

of the molecule? (1 point)

g. What is the most significant intermolecular force acting between molecules of CH₂CI?

Explain your answer. (2 points)

The compound as shown in a polar molecule and has a tetrahedral geometry around a central carbon atom. The most significant intermolecular force acting between molecules of the compound are dipole forces.

What is dipole moments?

The dipole moments that can be found in a compound is only possible when the compound that is in question is unsymmetrical. We can see that the compound as shown in the image attached to this answer is unsymmetrical and it does have two polar C - Cl bonds. The simple meaning of this is that the compound must be polar.

The carbon atom is the central atom in the compound as we can see. The central carbon atom is surrounded by two chlorine atoms and two hydrogen atoms as shown in the image attached. The compound is thus seen as tetrahedral.

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