One-semester course in general chemistry, especially for non-science majors in the health sciences except premedicine and medical technology. 3 lectures, 3 hrs. lab (credit is not allowed for both 111L and 121L).

Introduction to the chemical and physical behavior of matter. 3 lectures, 3 hrs. lab.

Continuation of 121L. 3 lectures, 3 hrs. lab.

Chemical and physical behavior of matter, atomic and molecular structure, and chemical periodicity. Introduction to quantitative laboratory techniques and chemical instrumentation. Strongly recommended for students intending to major in chemistry. 3 lectures, 3 hrs. lab. (Credit not allowed for both 121L and 131L.)

Thermodynamics, equilibria, and kinetics in chemical systems. Lab is a continuation of Chem 131L.

Provides either lecture or laboratory credit for transfer students needing only the lecture or laboratory for Chem 121L or 131L. Available only to transfer students with this special problem.

Provides either lecture or laboratory credit for transfer students needing only the lecture or laboratory for Chem 122L or 132L. Available only to transfer students with this special problem.

Survey interrelating the major principles of organic chemistry and biochemistry with special emphasis toward interests of students in the health sciences. (Credit not allowed for both 212 and 301.)

Theory and techniques of volumetric and gravimetric analysis. 2 lectures, 6 hrs. lab. (Students should make every effort to complete 253L within two semesters of completion of 122L.)

Chemistry of the compounds of carbon.

Continuation of 301.

To be taken concurrently with 301 or 307. 3 hrs. lab.

To be taken concurrently with 302 or 308. 3 hrs. lecture, 1 hr. lab.

The quantitative principles of chemistry, including gases, thermodynamics, equilibrium, quantum systems, spectroscopy and kinetics, developed by numerous problems.

Continuation of 311.

Fundamentals of physical chemistry with primary emphasis upon biological and biochemical applications. (Cannot be used for credit toward a B.S.; credit not allowed for both 311 and 315.)

Possible topics are: chemical literature, environmental chemistry, photochemistry, stereochemistry, macromolecules, C-13-NMR, natural products.

Possible topics are: chemical literature, environmental chemistry, photochemistry, stereochemistry, macromolecules, C-13-NMR, natural products.

Integrated advanced analytical-inorganic-physical chemistry laboratory, illustrating the techniques used to quantify the energetics, dynamics, composition, and structure of matter. 6 hrs. lab.

2 credits for chemistry majors, 1 credit for chemical engineers. 6 hrs. lab.

Advanced topics not covered in general offerings.

Advanced topics not covered in general offerings.

An integrated advanced laboratory illustrating the tools and techniques of modern synthesis and providing experience with chemical and instrumental methods of structure determination in inorganic and organic chemistry.

Survey of electronics and molecular structures of inorganic compounds, coordination chemistry, bonding theory, physical methods, periodicity, and reactions.

The role of symmetry in chemical problems. Areas to be treated include representation theory, vibrational and electronic spectroscopy, molecular orbital theory and orbital control of chemical reactions.

Instrumentation and applications of instrumental methods to chemical analysis, including spectrophotometric, electroanalytical, X-ray diffraction, neutron activation, and chromatographic methods. 2 lectures, 6 hrs.

The use of computers in science. Structured computer programming will be introduced and applied to scientific problem solving, data analysis, simulation, modeling and display.

Senior paper based on independent research.

Senior paper based on independent research.