| +1105 |
Chemistry for
Non-Majors |
| |
The study of the basic principles of chemistry with an
emphasis upon application to agriculture, nursing, and other non-science majors.
Lecture and laboratory.
Pre: High School Algebra or MATH 1513
recommended. |
| +1115 |
General Chemistry I |
| |
The more important principles upon which chemistry is
based. Also includes a study of many of the elements, the periodic
classification of the elements,
acid base chemistry, the meaning of
equations, and equilibria. Lecture and laboratory. Pre: MATH 1513 (or concurrent
enrollment). |
| +1215 |
General Chemistry
II |
| |
Continuation of Chemistry 1115. Lecture and laboratory.
Pre: CHEM 1115 and MATH 1513. |
| 3011 |
Science Fair Judging |
| |
This course is designed as a service-learning experience to
allow students to apply their scientific knowledge in helping guide and judge
science fair projects created by elementary, middle and high school students at
local and regional science fairs. May be taken for maximum credit of 3 hours.
Pre: 3 courses in chemistry and/or biology. |
| 3012 |
Science Fair Judging |
| |
This course is designed as a service-learning experience to
allow students to apply their scientific knowledge in helping guide and judge
science fair projects created by elementary, middle and high school students at
local and regional science fairs.
May be taken for maximum credit of 3 hours.
Pre: 3 courses in chemistry and/or biology. |
| +3015 |
Classical Chemical
Analysis |
| |
The principles of chemical stiochiometry and equilibrium
are supplied to gravimetric and volumetric quantitative analysis. An
introduction to simple instrumental methods is included. Pre: Chemistry 1215.
Lecture and laboratory. |
| +3025 |
Instrumental Chemical
Analysis |
| |
The principles of optical and eletrochemical methods are
applied to qualitative and quantitative analysis. Separation techniques are
studied and some nuclear and thermal analytical methods are included. Pre:
Chemistry 1215. Lecture and laboratory. |
| +3115 |
Organic Chemistry I |
| |
The study of chemistry of organic compounds with an
emphasis on functional groups, nomenclature, reactions, reaction mechanisms,
stereochemistry and spectroscopy. Lecture and laboratory. Pre: CHEM
1215 |
| 3133 |
Theoretical
Chemistry |
| |
A study of a selected group of modern chemical
theories. |
| +4115 |
Organic Chemistry
II |
| |
A continuation of Organic Chemistry I with inclusion of
compounds of biochemical interest. A significant portion of the laboratory
program is devoted to identification of organic compounds by classical and
modern methods. Pre: CHEM 3115. |
| +4125 |
Advanced Organic
Chemistry |
| |
An indepth study of selected topics of organic chemistry
with an emphasis on mechanistic theory, organic syntheses, organic spectroscopy,
and/or physical organic chemistry. Pre: Chemistry 4115. |
| 4144 |
Biochemistry |
| |
Develop a basic understanding of chemical reactions that
occur in plant and animal systems. The study of the structure and metabolism of
proteins, carbohydrates, lipids, and nucleic acids. Cellular respiration,
photosynthesis, enzyme mechanism, and
intracellular signaling pathways are
also covered. Lecture and laboratory. Pre: CHEM 3115, 4115 or
concurrently. |
| +4355 |
Physical Chemistry
I |
| |
A fundamental course in physical chemistry including atomic
and molecular structure, thermodynamics, kinetics, states of matter, and
equilibria. Lecture and laboratory. Pre: CHEM 1215, PHYS 1114 or 2114 and MATH
2215 (MATH 2315 highly recommended). |
| +4365 |
Physical Chemistry
II |
| |
A continuation of Chemistry 4355. Pre: Chemistry 4355.
Lecture and laboratory. |