Chemistry 541/546

Chemical Kinetics

Course Objective: Chemical kinetics is the study of the rates of chemical reaction. This course will be an in-depth study of reaction mechanisms used to explain chemical behavior.

Student Learning Outcomes: Upon completion of this course students will:

· Recognize and be able to apply the tools of kinetics.

· Write rate expressions for elementary reactions.

· Write rate expressions for complex reactions.

· Utilize the Steady-State approximation.

· Deduce reaction mechanisms for complex reactions (chain reactions/oscillating reactions).

· Quantify the effect of perturbations in reactions.

Quantum Theory

Course Objective: Quantum theory enables chemists to explain and predict the behavior of atomic and molecular systems. The basic theory and methods used in quantum mechanics will be explained.

Student Learning Outcomes: Upon completion of this course students will:

· Recognize and be able to apply the tools of quantum mechanics.

· Apply the models of PIB, Rigid-Rotor, symmetric and asymmetric vibrations.

· Solve the one electron problem.

· Approximate the multi-electron problem.

· Approximate simple molecular problems using:

a. Molecular orbital theory

b. Valance bond theory

· Apply simple semi-empirical methods.

· Apply quantum theories to spectroscopy.