Statistical treatment of data. Classical analytical procedures supplemented by instrumental techniques. Applications of instrumental techniques to quantitative analysis, including principles and techniques of instrumentation in areas of chromatography, spectrophotometry, and electrochemistry. Application of physical chemical principles to theory and practice of instrumental methods of analysis such as spectrophotometric, electroanalytical, chromatographic, and computerized techniques. Study of sources, reactions, and transport of environmental pollutants in air and water.
Laboratory includes analysis of specific chemical species in environmental samples.
Application of laws of physics to energy changes in chemical processes and reactions. Application of laws of physics to atomic and molecular structure and behavior. Physical aspects of chemistry for needs of high school chemistry teacher, and for students in biological sciences. Physical measurement techniques in chemistry. Meets 3-9 hours per week.