CHEMISTRY / 113
MICHA, D. A.; MUGA, M. L.; MUSCHLITZ, E. E., JR.; MYERS, G. H.; OHRN,
N. Y.; PALENIK, G. J.; PERSON, W. B.; REID, C. E.; RYSCHKEWITSCH, G. E.;
SCHMID, G. M.; SISLER, H. H.; SLATER, J. C.; STEARNS, T. W.; STOUFER,
R. C.; TARRANT, P.; VALA, M. T.; VANDERWERF, C. A.; WELTNER, W., JR.;
WINEFORDNER, J. D.; ZOLTEWICZ, J. A.
Graduate Coordinator: W. S. BREY, JR.
 New graduate students should have adequate undergraduate training in
inorganic, analytical, organic, and physical chemistry. Normally this will include
as a minimum a year of general chemistry which may include qualitative
analysis, one quarter of quantitative analysis, one year of organic chemistry,
one year of physical chemistry, and one quarter of advanced inorganic chem-
istry. Additional courses in instrumental analysis, advanced physical and
organic chemistry are desirable. Deficiencies in any of these areas may be
corrected during the first year of graduate study. Such deficiencies are deter-
mined by a series of placement tests given prior to registration, and the results
of these tests are used in planning the student's program.
 Courses for the master's degree are chosen in terms of the student's interest
with the approval of his supervisory committee. These courses usually include
some of those listed in the next paragraph which are the first courses in the
indicated fields. The master's degree in chemistry requires a thesis. The de-
gree Master of Science in Teaching is offered with specialization in chemistry.
 All doctoral candidates are required to take CY 601, 602, and a series
of basic courses in at least two of the four areas of chemistry indicated
below unless taking the chemical physics option. The areas and the required
courses in each area are as follows: physical chemistry, any course from
the sequence 641 through 645; organic chemistry, CY 661; analytical chem-
istry, CY 635, CY 636, or CY 637; and inorganic chemistry, CY 612.
 A chemical physics option is offered for students who will be doing re-
search in areas of physical chemistry which require a strong background in
physics. In addition to courses in chemistry, a minimum of 22 credits in 400-
level or higher physics courses or a minimum of 12 such credits in physics
and 12 in 400-level or higher mathematics courses are required.
COURSES FOR ADVANCED UNDERGRADUATES AND GRADUATES
CY 511-INORGANIC CHEMISTRY. 4 credits
CY 542-PHYSICAL CHEMISTRY. 3 credits
CY 543-ADVANCED PHYSICAL CHEMISTRY LABORATORY. 3 credits
CY 545-CHEMICAL COMPUTATION. 3 credits
CY 550-RADIOCHEMISTRY. 3 credits
CY 551-RADIOCHEMISTRY LABORATORY. 2 credits
CY 565-ORGANIC CHEMISTRY. 2 credits
CY 566-ORGANIC CHEMISTRY LABORATORY. 3 credits
CY 575-CURRENT TOPICS IN ORGANIC CHEMISTRY. 3 credits
CY 578-CHEMISTRY OF BIOLOGICAL MOLECULES. 4 credits
CY 590-INDIVIDUAL PROBLEMS. 2 to 5 credits