(7-1) Describe properties of ionic compounds.

(7-2) Define and describe properties of molecular compounds.

(7-1) Draw Lewis dot diagrams to show the valence electrons of an atom

(7-2) Distinguish between a molecular formula and        a structural formula.

(7-2) Explain the difference between single, double,                    and triple covalent bonds.

(8-1) Define the VSEPR theory and explain its    relationship to the shape of molecules.

(8-1) Name and describe the five common shapes of small molecules.

(7-2) Compare and contrast polar and nonpolar bonds.

(8-2) Determine whether a molecule is polar considering the polarity of its bonds and the shape of the molecule.

(14-1) Describe the different types of intermolecular forces, and explain how they influence properties of the different states of matter.

(14-1) Explain how the kinetic-molecular theory accounts for the physical properties of the different states of matter.

(14-2) Define and explain the relationship of viscosity and surface tension to intermolecular forces.

(14-2) Describe some of the unusual properties of water and relate those properties to hydrogen bonding.

(14-3) Relate structure and bonding to the properties of metallic, molecular, ionic, and covalent-network solids.