CHEMISTRYProfessors Huddle, Oetgen, G. Steehler, J. Steehler; Associate Professors Hollis, V. Miller; Assistant Professor Addington; Teaching Associate P.Turpin; Adjunct Research Professor Fisher Three major programs are offered by the Department: The B.A. in Chemistry, the B.S. in Chemistry, and the B.S. in Biochemistry. The B.A. requires nine units of chemistry, including Chem 111, 112, 221, 222, 331, 332, 250 or 350, 280 (1/2), 480 (1/2) and one elective unit. An elective is any course which may be used as a part of the Chemistry major. Math 121 and 122 and two units of general physics are prerequisites for Chem 331, which is required for all chemistry majors. The B.S. in Chemistry requires 12 units in chemistry, including Chem 111, 112, 221, 222, 331, 332, 341, 350, 280 (1/2), 480 (1/2), 460, one unit of research, and one unit of another advanced course (342, 420, 430 or 499). Math 121 and 122 and two units of general physics are prerequisites for Chem 331, which is required for all chemistry majors. Students who complete this program are certified by the American Chemical Society. The B.S. in Biochemistry requires 12 units in chemistry and biology, including Chem 111, 112, 221, 222, 331, 341, 342, 280 (1 /2), 480 (1 /2), Biol 120, 215, 390 and 400. Math 121 and 122 and two units of general physics are prerequisites for Chem 331, which is required for all chemistry and biochemistry majors. At least one unit of biochemical research is recommended, either with a Chemistry or a Biology research mentor. Chemistry and Biochemistry majors are strongly encouraged to do research; students wishing to strengthen their programs of study are advised to take advanced level courses in mathematics and science, and to develop a reading knowledge of a modern foreign language. Courses in statistics, computer science, and economics are recommended. Minor in Chemistry The minor in chemistry requires six units in chemistry, including Chem 111, 112, 221, and any other three chemistry units at or above the 200 level which may apply towards a major in chemistry. 101 The Chemical Science The student gains an insight into modern chemical theory, fundamental
concepts, and the methodology of a physical science. (May not be taken
for major credit.) (1) 111, 112 General Chemistry I and II The introductory course in chemistry. (Required for all chemistry, biochemistry,
pre-medical, pre-dental, pharmacy, medical technology and paramedical
students. Recommended for all science majors.) (1, 1) 140 Nutritional Chemistry A study of the chemical nature of the basic classes of foods, their
functions, and their metabolism. Also discussed will be the chemistry
of food additives, diet, food processing and nutritional deficiencies.
(May not be taken for major credit.) (1) 221, 222 Organic Chemistry I and II A study of the chemistry of the compounds of carbon. Fundamental concepts
of chemical bonding are employed to develop chemical models and to correlate
structure-property relationships within and among the various classes
of carbon compounds. (1, 1) 250 Environmental Analytical Chemistry Analysis of environmental samples, with equal emphasis on analytical
principles and the specifics of environmental samples. Includes both
instrumental methods (HPLC, GC/MS, AA, UV-Visible) and wet chemical methods
(Titrations, gravimetry). Principles of data analysis and quality assurance.
(1) 280 Sophomore Seminar: Communicating Chemistry Scientific communication skills: Literature searching skills, written
and oral scientific presentation skills. Introduction to research methods:
Planning and organizing a research project, data analysis techniques.
(1/2) 299 Special Topics in Chemistry The study of a special topic in chemistry that is not normally offered.
(1) 331, 332 Physical Chemistry I & II The physical aspects of chemical phenomena, including the properties
of solids, liquids, gases and solutions; thermodynamics; kinetics; electrochemistry;
and elementary quantum theory. (1, 1) 341, 342 Biochemistry I & II A study of the major macromolecules found in biological systems with
an emphasis on structure/function relationships, as well as the role
of each class in central and secondary metabolic processes. (1, 1) 350 Instrumental Analysis The theory and practice of the principal methods of instrumental analysis.
Areas include electrochemistry, chromatography (GC and LC), spectroscopic
methods (UV-Vis, IR, NMR), mass spectrometry, X-ray analysis, and atomic
absorption. (1) 370 Environmental Chemistry A study of the sources, reactions, transport, and fate of chemicals
in the air, water and soil environments, as well as the effects of these
compounds on human health and the natural environment. The chemistry
of both natural and anthropogenic processes will be examined. (1) 399 Special Topics in Chemistry The study of a special topic in chemistry that is not normally offered.
(1) 405, 406, 407 Independent Study and Research Directed studies performed in association with members of the departmental
faculty. (1/2, 1, 1/2) 416 Internship Practical experience in a setting where chemistry is applied, under
the guidance of a member of the chemistry department faculty. (1) 420 Advanced Organic Chemistry An in-depth study of selected topics in organic chemistry, with particular
emphasis on physical organic chemistry. (1) 430 Advanced Physical Chemistry The relations of atomic and molecular theory to the development of modern
chemical bonding concepts. (1) 460 Advanced Inorganic Chemistry Advanced topics in inorganic chemistry with an emphasis on bonding and
structure. (1) 480 Senior Seminar: Chemistry Capstone Advanced scientific presentation skills. Advanced literature searching
and analysis techniques. Scientific professionalism, including professional
meetings and career planning. Integrative review of all areas of chemistry.
(1/2) 495, 496, 497 Honors Project A program of independent study culminating in a paper, artistic creation,
or performance. 499 Special Topics in Chemistry The study of a special topic in chemistry that is not normally offered.
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