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Course Criteria
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3.00 Credits
Designed both as a background for further courses in chemistry and as a terminal course for interested non-science students. Atomic structure, chemical bonding, molecular structure, intermolecular forces, and the structure of matter in bulk. Relationship between properties and structure stressed throughout. Laboratory work deals with the separation and identification of substances. Hare, Hess, Leber, Moog, Morford, Plass, Stanitski
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3.00 Credits
The principles underlying chemical transformations: stoichiometry; rates of reaction; equilibrium, metathetical, acid-base, and oxidation-reduction reactions. Laboratory work dealing with the separation and identification of substances. Prerequisite: CHM 111. Brewer, Hess, Mehl, Morford, Stanitski
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3.00 Credits
Structure and bonding principles associated with carbon compounds, fundamental reaction types with emphasis upon mechanisms. Structure determination based on theory and application of infrared spectroscopy, proton and carbon-13 nuclear magnetic resonance spectroscopy and mass spectrometry. Laboratory work required includes separation, identification and synthesis of compounds. Prerequisite: CHM 112. Fenlon, Thomsen, VanArman
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3.00 Credits
Reactions of carbon compounds as a function of their molecular structures with emphasis on mechanisms and the use of these reactions in synthesis of carbon compounds. Laboratory work involving analysis and synthesis of various compounds. Prerequisite: CHM 211. Fenlon, Leber, Thomsen, VanArman
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3.00 Credits
Fundamental principles of chemical analysis including solution equilibria, acid-base theory, complexation reactions, and electrochemistry. Sampling and experimental design; interpretation and analysis of experimental results. Laboratory work includes introduction to common instrumental methods with applications drawn from fields such as biochemistry, environmental chemistry, forensic chemistry, and pharmaceutical analysis. Prerequisite: CHM 112. Morford
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3.00 Credits
Periodic relationships. Acid-base concepts. Structure, bonding, and stability of main group compounds. The crystal field model and coordination compounds. Descriptive chemistry of main group elements and transition metals. Symmetry and introduction to group theory and its applications. Prerequisites: CHM 112. Plass
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3.00 Credits
Kinetic molecular theory of gases. Properties of real and ideal gases. Kinetics and mechanisms of reactions; theories of reaction rate. The laws of thermodynamics, spontaneity and equilibrium, systems of variable composition, phase equilibria, phase diagrams. Ideal solutions and colligative properties. Laboratory work required. Prerequisites: CHM 112, MAT 110, PHY 111. Brewer
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3.00 Credits
An introduction to quantum chemistry and spectroscopy of atoms and molecules, including bonding theories. Applications of molecular modeling and group theory to atomic and molecular structure and spectroscopy. Prerequisites: CHM 211 or CHM 222; MAT 110, PHY 112. Moog
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3.00 Credits
A description of the chemical principles of biochemistry. Introduction to the molecular detail of molecules in the cell serving to define biological macromolecules, their functions and reactivity. A description of the means by which living organisms carry out chemical reactions with unparalleled efficiency and specificity. Prerequisite: CHM 212. Mehl
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3.00 Credits
Focuses on the chemistry of the atmosphere, hydrosphere, and terrestrial environments. The objectives of this course are: 1) to understand the chemical basis underlying environmental processes, which includes understanding chemical composition, thermodynamic and kinetic controls, photochemical, oxidation and reduction reactions, aquo complexes and acid-base behavior; and 2) to use scientific literature to investigate current topics pertaining to environmental chemistry. Prerequisite: CHM112 and one of the following: CHM 221, CHM 212, GEO 226, GEO 326, BIO 220, BIO 323. Morford
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