CHM1046C

The student will describe the factors which affect reaction rates.

The student will solve problems involving the law of Chemical Equilibrium and the factors which can shift an equilibrium system and solve Keq, Kc, Kp, Ksp, and Ka problems.

he student will solve problems to demonstrate their understanding of the laws of thermodynamics and the significance of the Gibbs-Helmholtz Equation.

he student will diagram and label electrolytic cells and voltaic cells, giving appropriate equations for cathode reduction, anode oxidation, and overall cell reaction.

The student will use the standard reduction potential table in predicting the spontaneous direction. E value, G value, and Keq for proposed redox reactions.

he student will solve problems using Faraday’s Law

he student will identify the types, structures, and names of typical coordination compounds.

he student will describe the basic processes in nuclear chemistry such as radioactive decay, nuclear stabilit