Introduction to Chemistry (Chem 104)

This course allows students to obtain a basic understanding of chemical principles and is designed for the non-science major. The principles of chemistry are developed and illustrated through selective application. Note: This course is not a substitution for CHEM 107 and students cannot receive credit for CHEM 104 and CHEM 107. Also note that this course does not serve as a prerequisite for CHEM 108.

Credits: 3

General Chemistry I (Chem 107)

Topics include nomenclature, stoichiometry, kinetic-molecular theory, gas laws, electronic structure, periodicity, and chemical bonding. Stoichiometry is emphasized.

Prerequisites & Notes
ACSD 110 and co-requisites MATH 120, or 125 or 225

Credits: 3

General Chemistry I Laboratory (Chem 111)

A laboratory to accompany CHEM 107. Laboratory experiments are designed to develop basic laboratory skills and illustrate concepts.

Prerequisites & Notes
Co-requisite: CHEM 107

Credits: 1

General Chemistry II (Chem 108)

Topics include intermolecular forces, solutions, colloids, chemical kinetics, thermodynamics, equilibria (acid-base, solubility, and complex ion), electro-chemistry, and the transition elements.

Prerequisites & Notes
CHEM 107

Credits: 3

General Chemistry II Laboratory (Chem 112)

A laboratory to accompany CHEM 108. Laboratory experiments illustrate the concepts of General Chemistry II.

Prerequisites & Notes
CHEM 111 and co-requisite: CHEM 108

Credits: 1

Organic Chemistry I (Chem 201)

Modern theories relating molecular structure to chemical reactivity are stressed. Elucidation of molecular structure by infrared, ultraviolet, nuclear magnetic resonance and mass spectroscopy is also covered.

Prerequisites & Notes
CHEM 108, 112.

Credits: 3

Organic Chemistry I Laboratory (Chem 211)

A laboratory course in which students employ the synthetic techniques and analytical procedures of organic chemistry.

Prerequisites & Notes
CHEM 108 and 112, and co-requisite: concurrent registration in CHEM 201 or completion of CHEM 201

Credits: 1

Organic Chemistry II (Chem 202)

Modern theories relating molecular structure to chemical reactivity are stressed. Elucidation of molecular structure by infrared, nuclear magnetic resonance and mass spectroscopy is also covered.

Prerequisites & Notes
CHEM 201

Credits: 3

Organic Chemistry II Laboratory (Chem 212)

A laboratory course in which students employ the synthetic techniques and analytical procedures of organic chemistry.

Prerequisites & Notes
CHEM 211 and concurrent registration in CHEM 202 or completion of CHEM 202

Credits: 1

Physical Chemistry I (Chem 301)

Thermodynamics as applied to chemical and physical systems. Cross-listed with PHYS 301.

Prerequisites & Notes
CHEM 108, 112, PHYS 212 or 213 and MATH 230

Credits: 3

Physical Chemistry I Laboratory (Chem 321)

Principles from Thermodynamic principles will be employed in the laboratory for determining and relating physical properties such as viscosity, surface tension, boiling and freezing points to the identity, and composition of chemical substances.

Prerequisites & Notes
Co-requisite: CHEM/PHYS 301

Credits: 1

Physical Chemistry II (Chem 302)

Quantum mechanics and spectroscopy.

Prerequisites & Notes
CHEM 108, 112, PHYS 211, 212 or 213 and MATH 231

Credits: 3

Biochemistry I (Chem 335)

Investigates the basic theme of intermediary metabolism. A background for this study is gained through study of the chemistry of cellular constituents.

Credits: 3

Biochemistry I Laboratory (Chem 336)

A laboratory course in which the student uses techniques employed in biochemical investigations.

Prerequisites & Notes
CHEM 212 and co-requisite: CHEM 335

Credits: 1

Biochemistry II (Chem 337)

The study of structures and physical properties of biological molecules.


Credits: 3

Biochemistry II Laboratory (Chem 338)

This is a one-credit course in biochemical techniques used in the investigation, isolation and purification of biomolecules. The student will get an exposure to and an appreciation for problem solving utilizing a research-oriented approach.

Prerequisites & Notes
CHEM 336 and co-requisite: CHEM 337

Credits: 1

Analytical Chemistry (Chem 350)

Topics include gravimetric and volumetric analysis of chemical systems. Special emphasis is given to titrimetric methods based on acid-base, complexation, and oxidation-reduction reactions.

Prerequisites & Notes
CHEM 108, 112

Credits: 3

Analytical Chemistry Laboratory (Chem 351)

Students develop practical skills employed in the quantitative analysis of chemical systems.

Prerequisites & Notes
CHEM 108, 112 and co-requisite: CHEM 350

Credits: 1

Forensic Analysis (Chem 415)

The application of analytical chemistry including instrumental methods to the investigation and interpretation of crime scene evidence.

Prerequisites & Notes
CHEM 350, 351

Credits: 3

Instrumental Analysis (Chem 425)

Instrumentation and computing technology will be applied to quantitative problems of chemistry.

Prerequisites & Notes

Chem 350

Credits: 3

Instrumental Analysis Laboratory (Chem 426)

A three hour per week laboratory accompanying CHEM 425. Instrumentation and computing technology will be applied to quantitative problems of chemistry.

Prerequisites & Notes
Concurrent registration in CHEM 425 and knowledge of a computer language

Credits: 1

Inorganic Chemistry (Chem 442)

A lecture course covering atomic structure, bonding, and properties of inorganic compounds. Coordination chemistry and other topics of current research interest are covered. Offered in alternate years.

Prerequisites & Notes
Co-requisite: CHEM 302

Credits: 3

Polymer Chemistry (Chem 460)

A one semester introductory course that covers the synthesis, kinetics, properties, and applications of polymers.

Prerequisites & Notes
CHEM 202 or permission of the instructor

Credits: 3

Advanced Organic Synthesis (Chem 475)

A one semester course that includes an advanced organic chemistry synthesis laboratory. The lecture part covers modern synthetically useful reactions and their applications. The intensive laboratory offers the students an introduction to organic synthesis research, including the use of modern reagents and instruments. Students will become acquainted with techniques of preparation, purification and spectroscopic identifications of organic compounds.

Prerequisites & Notes
CHEM 202 and 212

Credits: 5