COURSES

CHE 1550.20 General Chemistry I and Lab 5 Credits. Fall
The principles and applications of chemistry. Topics include: the development of an atomic/molecular model, stoichiometry, interaction of light with matter, and the physical behavior of solids, liquids, and gases. The laboratory emphasizes basic techniques in synthetic and analytical chemistry. Prerequisite: MAT 1100 or equivalent

CHE 1560.20 General Chemistry II and Lab 5 Credits. Spring
A continuation of CHE 1550. Topics include: solutions, chemical kinetics and equilibrium, electrochemistry, thermodynamics, nuclear chemistry, acids and bases, and the chemistry of representative elements. The laboratory emphasizes basic techniques in synthetic and analytical chemistry.
Prerequisite: CHE 1550.

CHE 1600.20 Chemistry for the Consumer 3 Credits. Fall, special topic (offered irregularly)
This course is intended to introduce non-science majors and the general public to chemistry and the impact of chemical technology on the quality of human life. Topics include: food chemistry, dyes and fibers, home products, alcoholic beverages, acid rain, air pollution, medicines, beauty aids and many other topics.

CHE1800.20 Chemistry and Arts 3 Credits. Spring, special topic (offered irregularly)
A lecture and demonstration course designed to acquaint students in the visual arts as well as other disciplines to the scientific basis of materials and media. Topics include: color and light; organic and inorganic materials (polymers, dyes, metals, adhesives, etc.) used in art; safe handling of artists materials. Open to all students.

CHE 3150 Chemical Instrumentation and Analytical Methods 5 Credits. Fall
The lecture section covers general analytical chemistry, including gravimetric and volumetric analysis, solution chemistry and an introduction to the theory and use of modern analytical instruments. The laboratory acquaints students with general wet chemistry techniques and with instruments used for qualitative and quantitative analysis. Students pay for some laboratory supplies.
Prerequisite: CHE 1560

CHE 3310 Organic Chemistry I 4 Credits. Fall
An introduction to the chemistry of compounds of carbon. The structural theory is used to develop an understanding of the physical properties and chemical reactivity of organic compounds. Compounds are grouped according to structure using a functional group approach. Reactions are organized according to similarities in mechanism with an emphasis on electron flow. Stereochemistry, transition state theory, conformations of molecules, and ionic reactions are discussed in detail.
Prerequisite: CHE 1560
Corequisite: CHE 3310.10

CHE 3310.10 Organic Chemistry I Laboratory 1 Credit. Fall
Laboratory experience in organic chemistry, with emphasis on separation techniques. Both micro- and macro-scale laboratory techniques are introduced. Students pay for some laboratory supplies.
Prerequisite/Corequisite: CHE 3310

CHE 3320 Organic Chemistry II 4 Credits. Spring
A continuation of CHE 3310. The course continues the functional group treatment of organic compounds with special emphasis on synthesis and reaction mechanism. Topics include aromaticity, electrophilic and nucleophilic substitution reactions, elimination reactions, radical reactions, and the chemistry of enolate ions.
Prerequisite: CHE 3310
Corequisite: CHE 3320.10

CHE 3320.10 Organic Chemistry II Laboratory 1 Credit. Spring
The laboratory introduces spectroscopic methods for structure determination of unknown compounds. Synthetic methods for the preparation of interesting compounds are emphasized. Both micro- and macro-scale laboratory techniques are introduced. Students pay for some laboratory supplies.
Prerequisite/Corequisite: CHE 3320

CHE 3510 Physical Chemistry I 4 Credits. Fall
A lecture course introducing the principles of chemical thermodynamics and chemical dynamics. Applications in chemical equilibria, phase equilibria, properties of solutions, chemical kinetics, and transport properties are included.
Prerequisite: CHE 1560, PHY 2220 or 1520, MAT 1510

CHE 3520 Physical Chemistry II 4 Credits. special topic (offered irregularly)
A lecture course introducing the principles of quantum mechanics, spectroscopy, and statistical thermodynamics.
Prerequisite: CHE 3510

CHE 3520.01 Physical Chemistry Laboratory 3 Credits. Spring
Laboratory experience in chemical thermodynamics, reaction kinetics, spectroscopy and other physical methods. Students pay for some laboratory supplies.
Prerequisite: CHE 3510

CHE 3890 Chemistry Junior Seminar, 1 Credit. Spring
Students complete a senior research proposal which is submitted to the Chemistry faculty for review and approval. Students also attend research seminars presented by faculty and guest speakers. Required of juniors majoring in chemistry.

CHE 3900/CHE 4900 Independent Study (IS) and Tutorial (TUT) 1-3 Credits.
Every semester Students with special interests may study independently under the sponsorship of a faculty member in the board of study. Independent study in general subjects is permitted if the board of study offers no formal course covering the material. Independent study may not be substituted for any specific requirement.

CHE 3980 Chemistry Internship 1-3 Credits. Every semester
Opportunities to work as apprentices in research laboratories at other institutions (industrial or academic) can be arranged for a student in an area of scientific or career interest.

CHE 4610 Biochemistry, 4 credits, Fall
An introduction to the structure, function, and metabolism of the four classes of biomolecules: proteins, carbohydrates, lipids, and nucleic acids.  Topics include: molecular biology; structure, regulation, and kinetics of enzymes; structure and function of vitamins.  For a complimentary lab experience, students are encouraged to take CHE 4670.
Prerequisite: CHE 3320

CHE 4670 Cellular and Molecular Techniques, 5 credits, Fall
Lecture and lab course designed to complement biochemistry, molecular biology, or cell biology.  Topics include: isolation and characterization of biomolecules, plasmids, and subcellular organelles; electron transport and oxidative phosphorylation; restriction endonuclease mapping; transformation with recombinant DNA molecules; PCR amplification; and image analysis.  Comprehensive lab reports are required for each experiment.  The lab is required.
Prerequisite: CHE 3320 and either BIO 3530 or BIO 4620 or CHE 4610

CHE 4800 Special Topics in Chemistry, 3 credits, special topic (offered irregularly)
Advanced-level special topics in chemistry are examined.  Topics are determined by staff and student interest.
Prerequisite: CHE 3510 or permission of instructor

CHE 4890 Chemistry Senior Seminar, 1 credit, Spring
Faculty and seniors in chemistry and visiting scientists present results of current research projects.  Students are graded on oral presentations of senior project results made to the faculty and their peers.

CHE 4990 Chemistry Senior Project, 4 credits (per semester), Every semester
Two-semester independent study (8 credits total) leading to a baccalaureate thesis.  The student defines and conducts an independent lab project.  The work is conducted in the lab of a chemistry faculty member.
Prerequisite: 90 credits, CHE 3895