The problem-solving approach emphasizes the correlation of reaction mechanism with modern structural theory. Topics include the nature of bonding, stereochemistry, alkanes, alkenes, and alkynes. Continuation of Chemistry 250, including a discussion of carboxylic acids and their derivatives, carbonyl condensation reactions, amines, and polymers. 1 hr Continuation of Chemistry 251, emphasizing classical and modern qualitative analysis. Topics include atomic structure and bonding theory, introduction to molecular orbital theory, acid-base theories, inorganic nomenclature, coordination chemistry, periodic properties of the elements, and basic organometallic chemistry.
Laboratory focuses on synthesis and characterization of organometallic and coordination compounds.
A cornerstone course for developing skills in scientific measurement, analysis, and report writing, designed to train students in quantitative skills using statistical data analysis and computer programs, with an emphasis on spreadsheet computations. 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.