A "T" located
to the left of the available semester indicates transfer to Murray State University,
Southeast Missouri State University, and Southern Illinois University-Carbondale
as per articulation agreements. These courses will also transfer to most public
four-year institutions in the state of Illinois.
CHE 114 INORGANIC CHEMISTRY
T P1 902L Fall
This course is designed for persons interested in any of the sciences including
engineering, pre-medical and pre-dental majors. Emphasis is on quantitative
measurement of chemical composition, the structure of matter, the relationship
between the periodic table and properties of elements and the nature of chemical
bonds. Laboratory experiments are designed to give the student experience
in handling many of the analytical tools used in industry today.
Credit: 5 hours - Three lecture and four lab hours per week.
Prerequisite(s): Physical Science Chemistry-PHS 111 and Intermediate Algebra-MAT
114 or satisfactory high school equivalences for both
CHE 115 INORGANIC CHEMISTRY AND QUALITATIVE ANALYSIS
T Spring
Topics of the course include kinetics, equilibrium, solubilities, thermodynamics,
organic and biochemistry. The student will be introduced to techniques of
solving concentrations of various types of solutions in equilibrium. Laboratory
is qualitative analysis of the analytical groups.
Credit: 5 hours - Three lecture and four lab hours per week.
Prerequisite(s): Inorganic Chemistry-CHE 114 and College Algebra-MAT 116
or consent of instructor.
CHE 211 ORGANIC CHEMISTRY I
T By Request-Fall
Preparation and chemical properties of alipathic and aromatic compounds.
Emphasis on the nature of the covalent bond and reaction of functional groups.
Topics studied include structural theory, mechanisms of reactions, and methods
of formation of several of the functional groups.
Credit: 3 hours - Three lecture hours per week.
Prerequisite(s): Inorganic Chemistry-CHE 114
CHE 212 ORGANIC CHEMISTRY II
T By Request-Spring
The study of the functional groups that characterize the various families
of organic compounds. Emphasis is placed on the mechanisms of chemical reactions
and on the development of synthetic pathways for the formation of organic
compounds commonly found in industry and medicine today.
Credit: 3 hours - Three lecture hours per week.
Prerequisite(s): Organic Chemistry- CHE 211 or equivalent
CHE 213 ORGANIC LABORATORY I
T By Request-Fall
This course provides the student with practice in the separation and identification
of organic chemicals from many of the functional group families. Separation
by distillation, cryst all ization, and various types of chromatography will
be done in the laboratory. The student will be expected to keep a record
of activities in the lab and to report on analyses made. Some time will be
devoted to discussion of the procedures and separations done in lab.
Credit: 2 hours - Four lab hours per week.
Prerequisite(s): Inorganic Chemistry and Qualitative Analysis-CHE 115 or
equivalent (Organic Chemistry I-CHE 211 must be taken concurrently)
CHE 214 ORGANIC LABORATORY II
T By Request-Spring
This course provides the student with practice in the synthesis and identification
of organic chemicals from many of the functional group families. Many compounds
of classical and medical importance will be prepared and purified. Analysis
of the products will be made to determine identity and purity. The student
will be expected to keep a record of activities in the lab and to report
on analyses made. Some time will be devoted to discussion of the procedures,
syntheses and separations done in lab.
Credit: 2 hours - Four lab hours per week.
Prerequisite(s): Inorganic Chemistry and Qualitative Analysis-CHE 115 or
equivalent (Organic Chemistry II-CHE 212 must be taken concurrently)
CHE 216 QUANTITATIVE ANALYSIS
T By Request
Methods of quantitative analysis of chemical compounds. Includes volumetric
and gravimetric analysis and instrumental methods of analysis.
Credit: 4 hours - Two lecture and four lab hours per week. (offered only
when there is sufficient demand)
Prerequisite(s): Inorganic Chemistry and Qualitative Analysis-CHE 115 and
College Algebra-MAT 116 or equivalent courses.