1.) Identify the intermolecular forces present in a molecule and how it relates to the physical properties of that molecule.
2.) Describe how intermolecular forces are involved in solutions of all types.
3.) Calculate the concentration of various solutions.
4.) Demonstrate at least two ways in which the rate of a chemical reaction is measured.
5.) Use experimental data to determine the rate of a chemical reaction.
6.) Calculate the rate constant of a reaction.
7.) Show how equilibrium is involved in chemical equations and apply it to various situations (e.g. acid-base, slightly-soluble salts, gas phase reactions)
8.) Calculate the concentration of a species in solution using equilibrium constants.
9.) Demonstrate what constitutes an acid or a base and be able to compare the properties of each species.
10.) Describe the key features of an acid-base titration curve.
11.) Calculate the free energy of a reaction.
12.) Calculate the cell potential of a voltaic cell.
13.) Identify the component parts of a voltaic cell.
14.) Relate free energy to an equilibrium constant and cell potential mathematically.