CHE 100 CHEMISTRY AND SOCIETY
3, 3/0; NS14
Non-mathematical approach to the study of matter. Presentation of the fundamentals of chemistry followed by socially relevant topics such as toxic waste management, environmental pollution, space technology, agricultural chemistry, chemistry of consumer products, food processing, polymers, and plastics. Offered every semester and J Term.
CHE 101 GENERAL CHEMISTRY I
3, 2/3; NS14
Basic principles of chemistry, including atomic and molecular structure; gases, liquids, solids, and solutions; chemical reactions; acids and bases. Not open to chemistry majors. Offered every fall semester.
CHE 102 GENERAL CHEMISTRY II
Prerequisite: CHE 101. Continuation of CHE 101. Includes chemical equilibria, electrochemistry, metals and nonmetals, some fundamentals of organic chemistry, polymers, fibers and plastics, natural products, and some fundamentals of biochemistry. Not open to chemistry majors. Offered spring only.
CHE 110 INTRODUCTORY CHEMISTRY
Preparation for college-level chemistry with an emphasis on mathematical methods used in chemistry. Introduction to atomic structure, atomic and formula mass, chemical equations, stoichiometry, solution concentration, acid-base chemistry. Mathematical methods include: the metric system, significant figures, dimensional analysis, conversion factors, word problems, quadratic equations, logarithms. Recommended for students who have not taken high school chemistry or need to develop the math skills required for CHE 101 and CHE 111. Course offered every semester.
CHE 111 FUNDAMENTALS OF CHEMISTRY I
4, 3/3; NS14
Fundamental principles of chemistry covering the nature and structure and properties of the atom, chemical bonding, geometry of molecules, the periodic table, the behavior of gases, stoichiometry, and solution chemistry. Includes laboratory experiences exploring these basic principles, introduction to safe laboratory practices, introduction to using basic chemical glassware and analytical balances. Offered every semester.
CHE 112 FUNDAMENTALS OF CHEMISTRY II
Prerequisites: CHE 111. Co-requisite CHE 112. Continuation of Fundamentals of Chemistry I. Liquids and solids, phase transitions, mixtures, colligative properties, chemical kinetics, chemical equilibria, chemical thermodynamics, electrochemistry, general properties of elements, and complex ion formation.
CHE 114 LABORATORY FOR FUNDAMENTALS OF CHEMISTRY II
Prerequisites: CHE 111; co-requisite: CHE 112. Laboratory-based exploration of the basic chemical concepts taught in Fundamentals of Chemistry II (CHE 112). Experiments exploring the phases of matter, physical properties of solutions, kinetics, thermodynamics, equilibrium, redox reactions, and basic electrochemistry. Safe laboratory practices and basic laboratory skills, introduction to basic spectrophotometry and the use of pH meters.
CHE 189 TOPIC COURSE
CHE 201 ORGANIC CHEMISTRY I
Prerequisite: CHE 112. Chemistry of carbon compounds. Bonding, stereochemistry, and structural theory. Fundamental reactions of the functional groups considered from the mechanistic standpoint. Offered every semester.
CHE 202 ORGANIC CHEMISTRY II
Prerequisite: CHE 201. Continuation of CHE 201. The reactions and mechanisms of organic functional groups including aromatic compounds, alcohols, aldehydes, carboxylic acids, and acid derivatives. Spectroscopic techniques (IR, UV, NMR) for the identification of organic molecules are also included. Offered every semester.
CHE 203 ORGANIC CHEMISTRY LABORATORY I
Prerequisite: CHE 112. Laboratory techniques in organic chemistry including distillation, crystallization, extraction, sublimation, and chromatography are learned by application to the synthesis and purification of organic compounds. Experiments chosen from a variety of possible topics such as isolation of natural products, separation of mixtures, and synthesis. Offered every semester.
CHE 204 ORGANIC CHEMISTRY LABORATORY II
Prerequisite: CHE 203. Prerequisite or concurrent registration: CHE 202. Continuation of CHE 203. Synthesis, isolation, purification, and identification of organic compounds with emphasis placed on spectroscopic methods of structure determination. Experiments chosen from a variety of possible topics such as multistep synthesis, mechanistic studies, and qualitative organic analysis. Offered every semester.
CHE 295 INTRODUCTORY RESEARCH IN CHEMISTRY
Prerequisite: Instructor Permission. Scholarship or creative work conducted under the supervision of a faculty member. Offered occasionally.
CHE 300 MEDICATIONS: CHEMICALS FOR YOUR HEALTH
Prerequisite: CHE 100 or CHE 101 or CHE 111. The structure, uses, and physiological effects of common medications, at a level appropriate for the nonscience major. Emphasis on consumer issues related to safe and effective use of prescription and nonprescription drugs; drug development and approval; alternative medicines, vitamins, generic drugs, and consumer guides for using drugs wisely. Not open to chemistry or forensic chemistry majors. Offered occasionally.
CHE 301 ANALYTICAL CHEMISTRY
Prerequisites: CHE 112 and CHE 114. Fundamental principles and laboratory applications of analytical chemistry. Elementary statistics, chemical equilibrium, acids and bases, redox reactions, gravimetry, separations, spectrophotometry, and basic electrochemistry. Laboratory experiences including acquisition of hands-on analytical laboratory skills and guided experiments selected from course topics.
CHE 305 PHYSICAL CHEMISTRY I
Prerequisites: CHE 202, CHE 301, PHY 112, and, MAT 263 (or concurrently), or, instructor’s permission. A study of the fundamental concepts in thermodynamics and equilibria of matter and polymer solutions. Topics include: zero, first, second and third laws of thermodynamics, thermochemistry, chemical equilibrium, phase diagrams and the equilibrium of phase change, ideal vs. real solutions, introduction to polymer science, thermodynamic analysis of polymeric solutions. Offered annually in the fall semester.
CHE 305L PHYSICAL CHEMISTRY LABORATORY I
CHE 306 PHYSICAL CHEMISTRY II
Prerequisite: CHE 305, and MAT 263. The second semester of a two-semester sequence in physical chemistry. Topics include quantum chemistry, atomic and molecular structure, molecular and atomic spectroscopies, kinetic theory of gases, and kinetics. Offered spring only.
CHE 306L PHYSICAL CHEMISTRY LABORATORY II
CHE 307 PHYSICAL CHEMISTRY LABORATORY I
1, 0/3; WIIF
Prerequisites: CWP 102, CHE 204, CHE 301, and CHE 305 or concurrent registration. Thermodynamic studies on the properties of solids, liquids and gases, including polymer solutions, using modern techniques. Laboratory experiments include: treatment and analysis of raw data, morphology of polymers, thermogravimetric analysis of solids, heat of combustion of solids, heat of reactions’ solutions, heat of sorption of gases into polymers, heat of evaporation of liquids, heat capacities of gases and solid –liquid phase equilibrium. Utilizing the literature and practice in recording and disseminating data collected using an electronic notebook, organizing and writing a scientific report. Offered annually in the fall semester.
Equivalent Course: CHE 307W
CHE 308 PHYSICAL CHEMISTRY LABORATORY II
1, 0/3; WIIF
Prerequisites: CHE 305 and CHE 307 and MAT 263 AND CWP/ENG 102. A laboratory study of principles of physical chemistry covered in CHE 306. Topics include determination of rate laws; ultraviolet, visible, and infrared spectroscopy; and photochemistry. Data analysis using statistical methods and error analysis is required. Offered spring only.
Equivalent Course: CHE 308W
CHE 310 LITERATURE OF CHEMISTRY
Sources of chemical literature. Experiences in chemical information searching and retrieval, including examples of computer searching. Offered fall only.
CHE 315 ENVIRONMENTAL CHEMISTRY AND TECHNOLOGY
Prerequisite: CHE 112 or CHE 102. Discussion of chemical reactions in air, water, and soil. Effect of human activities on the chemical environment. Alternative energy sources, pollution-control methods and devices. Offered occasionally.
CHE 321 PRINCIPLES OF ORGANIC CHEMISTRY
CHE 322 BIOLOGICAL CHEMISTRY
Prerequisite: CHE 202 or CHE 321. Structure and functions of the substances of biochemical interest found in living systems, supplemented by illustrative laboratory work. Not open to chemistry or forensic chemistry majors. Offered spring only.
CHE 331 PRINCIPLES OF PHYSICAL CHEMISTRY
Prerequisites: CHE 202, MAT 126 or MAT 162, PHY 108 or PHY 112, or permission of instructor. A one-semester survey course exploring the principles of physical chemistry, oriented toward the needs of forensic chemistry majors and students in environmental and health related sciences. Topics include thermodynamics, kinetics, quantum chemistry, and atomic and molecular spectroscopies. Offered fall only.
CHE 360 INTRODUCTION TO INORGANIC CHEMISTRY
Prerequisites: CHE 202. Descriptive inorganic chemistry of the main group and transition metal elements. Atomic structure and trends in the periodic table. Theories of chemical bonding. Introduction to crystal field, ligand field and molecular orbital theories. Inorganic chemistry of important industrial processes, including metallurgy. Role of metal ions in biological systems. Offered fall only.
CHE 389 TOPIC COURSE
CHE 399 INTERNSHIP IN CHEMISTRY
Prerequisite: Permission of instructor. Hands on experience in approved research and/or development project of current interest to local chemical industry. Offered every semester.
CHE 403 INSTRUMENTAL ANALYSIS
Prerequisites: CHE 301; CHE 331 or CHE 306 (CHE 306 may be taken concurrently with instructor permission). Principles of analytical instruments and their applications for chemical analysis. Statistics, basic optics, various optical spectroscopic methods, chromatography, electrochemical methods, and mass spectrometry. Laboratory experiments using analytical instruments chosen from in-class topics. Offered every semester.
CHE 406 ANALYTICAL TOXICOLOGY
Prerequisites: MAT 311 and CHE 301. Introductory analytical toxicology for pharmaceutical, forensic, and clinical analysis. Exploration of the main categories of inorganic and organic toxins, sample collection and treatment, chromatographic separation, spectroscopic and mass spectral determination of various toxic compounds in clinical, forensic, and environmental samples. Offered alternate years.
CHE 430 ORGANIC CHEMISTRY III
Prerequisite: CHE 305. Advanced topics in theoretical and physical organic chemistry with emphasis on reaction types, mechanisms, and structure. Offered alternate years.
CHE 462 ADVANCED INORGANIC CHEMISTRY
Prerequisites: CHE 202, CHE 204, CHE 305, CHE 360, and CHE 306 or concurrent. Physical inorganic and transition metal chemistry. Development of symmetry and its applications to the spectroscopy of inorganic systems. Crystal field, ligand field and molecular orbital theories. Organometallic chemistry, homogenous and heterogeneous catalysis. Metal ions in bioinorganic systems, inorganic materials. Advanced synthetic methods and methods of characterization.
CHE 470 BIOCHEMISTRY I
Prerequisites: CHE 202; BIO 211 recommended. Study of the molecular structure and function of the four major classes of biomolecules: proteins, nucleic acids, lipids, and carbohydrates. Examination of enzyme kinetics, mechanism, and regulation. Examination of the molecular nature of DNA replication and an introduction to recombinant DNA technology. Offered fall only.
CHE 471 BIOCHEMICAL TECHNIQUES
2, 1/3; CT14, IM14, WIIF
Prerequisites: CHE 204 and CHE 301. Prerequisite or concurrent registration: CHE 470. Techniques used in the collection and analysis of experimental data on biochemical systems. Participation in laboratory experiments illustrating biochemical techniques and general biochemical principles. Practice in recording and disseminating data collected in a modern biochemistry laboratory, including: record keeping via a laboratory notebook, organizing and writing a scientific report, and giving an oral presentation on scientific results. Offered fall only.
CHE 472 BIOCHEMISTRY II
Prerequisites: CHE 202, CHE 470, BIO 211 or BIO 214. A continuation of CHE 470 Biochemistry I. Examination of metabolic processes in living systems. Relationship of metabolic enzyme activity to cellular control. The chemistry of genetic information, storage and expression. Offered spring only.
CHE 495 SPECIAL PROJECT
Prerequisite: Faculty project adviser permission. Offered every semester.
CHE 497 CHEMISTRY MICORCOURSE
Examination of significant disciplinary issues, topics, or practices; offered occasionally. Offered occasionally.
Equivalent Course: FOR 497
CHE 499 INDEPENDENT STUDY
Prerequisite: Faculty project adviser permission. Offered every semester.
CHE 501 QUANTITATIVE CHEMICAL ANALYSIS
Not open to students who have had CHE 301 or equivalent. Advanced theoretical background and laboratory techniques required for quantitative and qualitative chemical analysis; emphasis on fundamental principles and applications of gravimetric, volumetric, electrochemical, and spectrophotometric analytical techniques; statistics for experimental data handling; conducting independent chemical analysis projects.
CHE 530 ADVANCED ENVIRONMENTAL CHEMISTRY
Suggested Prerequisite: CHE 201 or equivalent. Chemistry of the environment, air, water, soil, living environments, and the effects of technology thereon; the atmosphere, industrial ecosystems, phase interactions, water pollution and treatment, air pollution, global warming and green chemistry, smog, hazard wastes, soil chemistry, and toxicological chemistry.
CHE 540 SPECIAL TOPICS IN ORGANIC CHEMISTRY
Suggested Prerequisite: CHE 202 or equivalent. Advanced topics, discussed in detail, with emphasis on the current state of knowledge; topics are essentially independent of each other. Class may be repeated, provided that a student has not already received credit for the same topic.
CHE 550 ADVANCED PHYSICAL CHEMISTRY
Prerequisites: Graduate status and instructor permission. Advanced study of thermodynamics and quantum mechanics, with applications to chemical problems.
CHE 560 SPECIAL TOPICS IN INORGANIC CHEMISTRY
Suggested Prerequisite: CHE 462 or equivalent. One of the following topics, presented in detail: coordination chemistry, nonaqueous solvents, the representative elements and lanthanides, synthetic inorganic chemistry. Topics are essentially independent of each other. Class may be repeated, provided that a student has not already received credit for the same topic.
CHE 571 BIOCHEMICAL PRINCIPLES I
Prerequisites: CHE 202 or equivalent; BIO 211 or BIO 214 recommended; not open to students who have taken CHE 470 or equivalent. Molecular structure and function of the four major classes of biomolecules: proteins, nucleic acids, lipids, and carbohydrates. Enzyme kinetics, mechanism, and regulation. Molecular nature of DNA replication; introduction to recombinant DNA technology.
CHE 572 ADVANCED BIOCHEMISTRY
Suggested Prerequisite: CHE 571 or CHE 470 or equivalent; not open to students who have had CHE 472 or equivalent. Examination of metabolic processes in living systems. Relationship of metabolic enzyme activity to cellular control. The chemistry of genetic information, storage and expression.
CHE 588 TOPICS COURSE
CHE 590 INDEPENDENT STUDY
CHE 596 GRADUATE CONFERENCE IN CHEMISTRY
Participation in a regional, national, or international conference in the field of chemistry overseen by a faculty member. Offered occasionally.
CHE 620 KINETICS AND REACTION MECHANISMS
CHE 626 SYMMETRY, GROUP THEORY, AND VIBRATIONAL SPECTROSCOPY
Prerequisites: CHE202 and CHE204 or equivalents. Symmetry, point groups, and simple applications of group theory, with special emphasis on the vibrational spectroscopy of small molecules. Use of the department's IR spectrometers.
CHE 627 X-RAY CRYSTALLOGRAPHY
Prerequisites: CHE 202 AND CHE 204 or equivalents. The seven crystal systems, 14 Bravais lattices, 32 crystallographic point groups, 230 space groups, the theory of X-ray diffraction, and the methods of crystal structure determination. Data mining using structural databases (Brookhaven Protein Data Bank and Cambridge Structural Database) for various applications in organic, coordination, pharmaceutical, and forensic chemistry. Collecting powder and/or single crystal diffraction data on the department's X-ray diffractometers; solving and refining a crystal structure using the appropriate software packages.
CHE 628 NUCLEAR MAGNETIC RESONANCE SPECTROSCOPY
Prerequisites: CHE 202 and CHE 204 or equivalents. Theory and practice of nuclear magnetic resonance spectroscopy, including pulse and two-dimensional methods. Use of the department's NMR spectrometer.
CHE 629 MASS SPECTROMETRY
Prerequisites: CHE202 and CHE204 or equivalents. Theory and practice of mass spectrometry. Basic physics of mass spectrometry and ionization methods. Gas phase chemistry, rearrangements, and ion molecule reactions. Use of the department's electron impact ionization and electrospray mass spectrometers.
CHE 670 BIOMOLECULES: PROTEINS, NUCLEIC ACIDS, AND ENZYMES
Prerequisites: CHE202 or equivalent. Structure-function relationships in proteins, enzymes, and nucleic acids. Introduction to biochemical techniques for the study of proteins, nucleic acids, and enzymes. Examination of the molecular basis of enzyme function, signal transduction, and neural and sensory responses in living systems.
CHE 672 FORENSIC MOLECULAR BIOLOGY
Prerequisites: CHE 470 D or BIO 305 and BIO 303 or BIO 350 and FOR 612 or CHE 312 or equivalents. Applications of biology, biochemistry, and genetics to forensic science with an in-depth look at the evidential information that can be obtained from blood, semen, saliva, and hair. Details of DNA profiling, including DNA extraction, DNA quantification, PCR amplification, STR analysis and interpretation, and mtDNA sequencing. Protein polymorphisms and immunological tests. Laboratory component providing hands-on experience with techniques commonly used in a forensic biology laboratory.
Equivalent Course: BIO 672
CHE 680 ADVANCED ANALYTICAL CHEMISTRY
Prerequisites: CHE 501 or equivalent, or instructor permission. A study of chemical analysis using representative instrumental techniques, including spectroscopy, chromatography, and mass spectroscopy; emphasis on fundamental theory, principles of operation, capabilities, and limitations of various analytical instruments; integration of laboratory-based demonstrations of data collection and analysis using selected analytical techniques.
CHE 690 MASTER'S PROJECT
A study undertaken by one or more individuals on a problem of special interest submitted in acceptable form according to directions given by the Chemistry Department.
CHE 698 JOURNAL SEMINAR
Prerequisites: Matriculated status in the M.S. in Forensic Science program or instructor permission. Examination of methods used to compose and deliver an effective seminar in the sciences. Searching the scientific literature. Oral presentation of a topic from the current literature in chemistry or forensic science. Required of all students in the M.S. in Forensic Science program.
CHE 699 THESIS SEMINAR AND DEFENSE
Prerequisites: CHE 698. Oral presentation of master’s thesis research at a departmental seminar. Defense of master’s thesis to thesis committee. Required of all students in the M.S. in Forensic Science program.
CHE 721 THESIS/PROJECT CONTINUATION
CHE 722 THESIS/PROJECT EXTENDED
CHE 795 RESEARCH THESIS IN CHEMISTRY
Individual investigation of an original problem in Chemistry submitted in acceptable form according to directions given by the Chemistry Department and the Graduate School.