Chemistry
Courses
CHM 1001/1002: Principles of Chemistry I and II (3 cr.)
Topics include atomic and molecular structure, stoichiometry, thermodynamics, periodicity, the physical properties of gases, liquids, solids and solutions, acids and bases, chemical equilibrium, kinetics, electrochemistry, coordination chemistry, and nuclear reactions. Prerequisite for CHM 1001: High school chemistry recommended. Prerequisite for CHM 1002: minimum grade of C- in CHM 1001 or permission from the Department Chairperson. Students should take CHM 1003/1004 as corequisites. (Fall/Spring & Summer)
CHM 1003/1004: Principles of Chemistry Laboratory I and II
(1 cr.)
This course presents laboratory techniques and experimental methods that demonstrate the principles studied in CHM 1001/1002. Prerequisites for CHM 1004: minimum grade of C- in CHM 1001 and CHM 1003 or permission from the Department Chairperson. Students should take CHM 1001/1002 as corequisites. (Fall/Spring & Summer)
CHM 1018: Chemistry in Everyday Life (3 cr.)
This course assumes no prior knowledge of chemistry and is designed primarily for liberal arts students who are interested in obtaining a deeper understanding of the science of everyday life. Basic concepts of general chemistry, organic chemistry, environmental chemistry, and biochemistry will be covered. (Spring, alternate years)
CHM 1019: Forensic Chemistry (3 cr.)
This course, suitable for students with no Chemistry background, will survey chemical applications in criminal investigation. Topics will include analysis of drugs, fingerprints, blood, DNA, fibers, and documents. Case studies may be used to explore the scientific examination of evidence. (Spring, alternate years)
CHM 2001/2002: Organic Chemistry I and II (3 cr.)
This course is a study of the major classes of organic compounds, designed to provide students with the background in organic chemistry needed for advanced study in chemistry and the life sciences. Topics will include reaction mechanisms, synthesis, structure determination, stereochemistry, and the relationships between structure and reactivity. Prerequisite for CHM 2001: minimum grade of C- in CHM 1002 or permission from the Department Chairperson. Prerequisite for CHM 2002: minimum grade of C- in CHM 2001 or permission from the Department Chairperson. Students should take CHM 2005/2006 as corequisites. (Fall/Spring & Summer)
CHM 2004: Medicinal Chemistry (3 cr.)
This course will examine drug distribution and metabolism, and drug-target interactions. Several classes of drugs will be considered. What makes a good drug will also be discussed. Prerequisite: CHM 2002. (Fall, alternate years)
CHM 2005/2006: Organic Chemistry Laboratory I and II (2 cr.)
This course introduces laboratory techniques in organic chemistry, including methods of separation and purification and the synthesis and characterization of organic compounds. Prerequisites for CHM 2005: minimum grade of C- in CHM 1002 and CHM 1004 or permission from the Department Chairperson. Prerequisites for CHM 2006: minimum grade of C- in CHM 2001 and CHM 2005 or permission from the Department Chairperson. Students should take CHM 2001/2002 as corequisites. (Fall/Spring & Summer)
CHM 2009/2010: Physical Chemistry I and II (3 cr.)
In this course the principles of chemical thermodynamics with applications to phase and solution equilibria, electrochemistry, reaction kinetics, an introduction to quantum mechanics, spectroscopy, and statistical thermodynamics will be taught. Prerequisites for CHM 2009: CHM 2002, PHY 1002 or PHY 1004, and MATH 1032. Prerequisite for CHM 2010: CHM 2009. Students should take CHM 2011 or 2012 as a corequisite. (Fall/Spring)
CHM 2011/2012: Physical Chemistry Laboratory I and II (2 cr.)
This course provides laboratory experience in chemical thermodynamics, reaction kinetics, spectroscopy, and other physical methods. Note: Only one semester of Physical Chemistry Lab is required for the major. Prerequisites: CHM 2002, CHM 2006, PHY 1002 or PHY 1004, and MATH 1032. Corequisite: CHM 2009 or 2010. (Fall/Spring)
CHM 2015: Intermediate Inorganic Chemistry (3 cr.)
Topics include atomic structure, ionic and covalent bonding, coordination chemistry, crystal field and molecular orbital theories, acid-base theory, and representative reactions, kinetics, and mechanisms of inorganic compounds. Prerequisite: CHM 2002. Corequisite: CHM 2016. (Fall)
CHM 2016: Inorganic Chemistry Laboratory (2 cr.)
This course involves a series of experiments involving the synthesis and characterization of inorganic compounds. The relationship between structure and spectra will be demonstrated using IR, UV-Vis, GC, and NMR techniques. Prerequisites: CHM 2002 and CHM 2006. Corequisite: CHM 2015. (Fall)
CHM 2017: Organometallics (3 cr.)
This course provides a detailed look at transition metal organometallic chemistry. Bonding theory, periodic trends concerning structure and reactivity, and basic reaction mechanisms will be discussed. Applications of organometallic complexes in organic synthesis and industrial catalysis will also be introduced. Prerequisite: CHM 2002. (Spring, alternate years)
CHM 3003: Chemical and Instrumental Analysis (3 cr.)
This course includes the statistical treatment of data, gravimetric and volumetric analysis, and solution chemistry. It provides an introduction to the theory and use of modern instrumental methods of analysis including spectroscopy and chromatography. Prerequisite: CHM 2002. Corequisite: CHM 3004. (Spring)
CHM 3004: Chemical and Instrumental Analysis Laboratory
(2 cr.)
This course consists of a series of laboratory experiments that illustrate the instrumental analytical techniques presented in CHM 3003. Prerequisites: CHM 2002 and CHM 2006. Corequisite: CHM 3003. (Spring)
CHM 3007: Advanced Inorganic Chemistry (3 cr.)
This course includes the study of the magnetic properties and absorption spectra of inorganic compounds. Group theory and molecular symmetry with chemical applications are also considered. Prerequisites: CHM 2015. (Spring, alternate years)
CHM 3014: Advanced Organic Chemistry (3 cr.)
Topics will include applications of molecular orbital theory, stereochemical principles, conformational effects, and the determination and description of selected organic reaction mechanisms. A brief introduction to synthetic design will also be included. Prerequisites: CHM 2010 or permission from the Chemistry Chairperson. (Fall, alternate years)
CHM 3019: Environmental Chemistry (3 cr.)
This course examines the fundamental aspects of chemistry in environmentally relevant problems. Natural and polluted atmospheric, continental, and marine environments will be considered. Prerequisite: CHM 2002. (Fall, alternate years)
CHM 3035/3036: Biochemistry I and II (3 cr.)
Same as BIO 3035/3036. (Fall/Spring)
CHM 3037/3038: Biochemical Techniques I and II (2 cr.)
Same as BIO 3037/3038. (Fall/Spring)
CHM 3050: Chemistry Seminar (3 cr.)
This course requires students to research, prepare, and present a seminar on an advanced research topic in Chemistry under the direction of a faculty member. Prerequisites: CHM 2002 or permission from the Chemistry Chairperson. (Fall, alternate years)
CHM 3071/4071: Honors Research (3 cr.)
Honors Research provides the student with firsthand experience in the scientific research process. Students will choose a research topic with their advisor, learn about available chemistry resources, and be exposed to a variety of advanced laboratory techniques and instrumentation. At least three semesters of Honors Research are required, culminating with an Honors thesis and presentation in the Spring of the Senior year. Note: This course is only available to Chemistry majors in the Chemistry Honors Program (see above). (Fall/Spring)
CHM 3998: Senior Evaluation (1 cr.)
All majors must register for the Senior Evaluation in the Spring of their Senior year. For students in the Honors Program, the grade for the Senior Evaluation is based on the presentation/defense of the Honors thesis produced in connection with the Honors Research course (CHM 3071/4071). For students not in the Honors Program, the grade for Senior Evaluation is based on the Graduate Record Exam in Chemistry taken in the Fall of the Senior year. (Spring)
CHM 4450: Research (3 cr.)
In the Research course, students work with a Chemistry Faculty member on a topic of interest. The topic is explored in detail as students learn about advanced techniques and instrumentation that are not encountered in earlier laboratory courses. At the end of the semester, students will be expected to prepare a Research Report. Note: At least one semester of Research or its equivalent is required of all Chemistry majors. Biochemistry majors may register for this course with special permission from the Chemistry Chairperson. (Fall/Spring)