Basic skills in volumetric and potentiometric titrations, spectrophotometric analyses, and modern gas chromatographic separation techniques are taught. 1 hr Theory and applications of thermodynamics and bonding principles, particularly as related to physical biochemistry. Advanced theory and applications of molecular motion, thermodynamics, quantum theory, bonding, and spectroscopy. A study of the theory and applications of modern chemical instrumentation. Ability to use computer spreadsheet programs and knowledge of basic statistical analysis are assumed.
Emphasis is placed on real life sample analyses and on ability to design appropriate experiments.
A student undertakes a research problem with the consent of a staff member and, if repeated, may receive up to 4 hrs of credit. An introduction to on-line searching of the chemical literature, followed by oral presentations, a term paper on a specific topic, and periodic guest lectures. Taken each term in the senior year. An introduction to polymer science including monomer and polymer systheses, polymerization kinetics, molecular weight distribution, and physical properties including thermal, viscoelastic properties, solubilities, and miscibilities. Polymer molecular modeling will be introduced to predict physical properties of polymers built in the modeling program as an alternative to a laboratory module.