26 courses with the subject CHEM, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
CHEM 100Chemtech (4.0 CH) A course intended for the non-major who has little or no chemistry background
Included are semitechnical discussions of plastics, drugs, food additives, detergents, energy sources, air and water pollution, and related chemical phenomena. (Permission of the instructor required for students who have credit for Chem 140 or higher). Lab fee.
CHEM 130Chem Health Sciences (4.0 CH) This course is intended for students in health science programs
which require one course in chemistry, but it may also be selected as an integrative requirement option by students in other programs. This course integrates the basic concepts of inorganic, organic and biological chemistry and establishes the chemical foundations for microbiology, physiology, nutrition and pharmacology. Not open to chemistry majors or students who have credit for CHEM 140. Not an acceptable prerequisite for chemistry courses numbered 200 or higher. (P: MATH 107). Lab fee.
CHEM 160General Chemistry II (4.0 CH) The second of a two-semester sequence which introduces the student
to the principles of chemistry. Topics covered include chemical equilibrium, thermochemistry and introductory thermodynamics, electrochemistry, nuclear chemistry, and the descriptive chemistry of selected main group and transition elements. Lab fee. (P: CHEM 140).
CHEM 220Forensic Science (4.0 CH) Lecture and laboratory study of the fundamentals of forensic science
Scientific principles will be introduced by examining the techniques used to evaluate physical evidence such as that left at a crime scene. An integral part of the course will be case studies which will be used to introduce various topics in the field. The course is appropriate for the non-science major provided that they have basic math and science skills. (P: Math 107; sophomore status or above) Lab fee.
CHEM 315Physical Chemistry - Fundamentals (4.0 CH) An overview of the principles underlying quantum
mechanics, thermodynamics and chemical kinetics. Discussion of Elementary wave mechanics; electronic structure of atoms and molecules, including molecular orbital theory and spectroscopic methods of structure determination; laws of thermodynamics applied to physical and chemical equilibria; reaction kinetics, focusing on analyzing mechanistic rate laws. (P; CHEM 160, MATH 182, PHYS 184 and preferably CHEM 210). Lab fee.
CHEM 406Capstone (2.0 CH) Written and oral reports on ethics, research and career-related information
Emphasis on critical thinking, scientific writing, chemical literacy and presentation skills. Assessment of overall chemical knowledge. Attendance at two off-campus seminars.
are announced prior to pre-registration and may include coordination chemistry, ligand field theory, catalysis, bioinorganic chemistry, organometallic chemistry, Lewis acid-base theory, and others. (P: CHEM 390 and permission of the instructor).
CHEM 415Biological Inorganic Chemistry (3.0 CH) Investigation of the role of metal ions in biological cells
Topics include coordination chemistry of metal ions with functional groups of proteins and nucleic acids, structure and reaction mechanisms of specific metalloenzymes, toxicity and essentiality of metal ions in organisms, mechanisms by which organisms obtain required metal ions from their environment and the use of metal-containing compounds in treating and preventing disease. (P: CHEM 345 or permission of the instructor.)
CHEM 420Advanced Topics in Physical Chemistry (3.0 CH) In-depth consideration of selected topics. Topics
are announced prior to pre-registration and may include symmetry and group theory, quantum mechanics, complex equilibria, mechanisms of chemical reactions, and molecular thermo-dynamics. (P: CHEM 310 or 320 and permission of the instructor).
CHEM 450Advanced Topics in Organic Chemistry (3.0 CH) In-depth consideration of selected topics. Topics
are announced prior to preregistration and may include organic condensation reactions, pericyclic reactions, and papers from the Journal of Organic Chemistry. (P: CHEM 210 or permission of the instructor).
CHEM 465Advanced Topics in Analytical Chemistry 3 CH
Required Math and Physics Courses (16 CH) Students planning to be professional chemists are encouraged to take more than the minimum course work in physics and mathematics. All of the following: