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Course Criteria
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3.00 Credits
Goal To explore the nature of matter. To examine qualitatively and quantitatively the principles which govern the physical and chemical changes of matter. To encourage critical thinking, logical derivation, and creativity, through solving problems. To develop an understanding of the composition and operation of the material universe and an appreciation of the greater environment. To prepare students for further studies in science. Content A comprehensive introduction to chemical bonding, molecular structure, properties of liquids and solids, reaction kinetics, and chemical equilibrium. Taught Spring. Prerequisites CHM 101. Credit 4 hours (3 hours lecture and 3 hours lab per week).
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3.00 Credits
Goal To learn basic methods and techniques of research in chemistry and environmental science. To become proficient in the conduct of science and presentation of scientific information. To explore practical, philosophical, and ethical aspects of science. Content A "hands-on" introduction to all aspects of the scientific method and scientific research. Students conductexperimental practica and self-designed research projects, including initial formulation of hypotheses, experimental design and instrumentation, data analysis, and preparation of results for presentation. Students prepare critical reviews of published papers, formal written research reports, and presentations of original research designs and results in written, graphical, and oral formats. Taught Fall. Prerequisites CHM 101, 102, or permission of department chair. Credit 4 hours; S-course; cross-listed as ESC 206.
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3.00 Credits
Goal To examine the structure and the physical and chemical properties of hydrocarbon compounds and their derivatives. To apply the mechanistic approach to understanding the basic nature of organic reactions. To encourage critical thinking, logical derivation, and creativity, using organic synthesis as a vehicle. To apply laboratory techniques used in determining structures of organic molecules. Content An introduction to the chemistry of carbon compounds including their structures, physical and spectral properties, chemical reactivity, and synthesis. Laboratory work includes the isolation, purification, and identification used in determination of structures of organic molecules, as well as determination of physical and spectral properties. Taught CHM 221, Fall; CHM 222, Spring. Prerequisites CHM 102; CHM 221 for CHM 222. Credit 4, 4 hours.
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3.00 Credits
Goal To expand the study of ionic equilibria involved in acid-base, oxidation-reduction, precipitation, and complexometric reactions. To apply equilibrium principles and stoichiometry to modern analytical volumetric and gravimetric analyses. To develop statistical methods of analyzing and comparing analytical results. Content A study of analytical chemistry determinations which rely on gravimetric and volumetric analysis. Laboratory work includes hands-on experience with classical analytical techniques used in these determinations. Taught Spring. Alternate years. Prerequisite CHM 102 as co- or prerequisite; CHM 206. Credit 4 hours.
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3.00 Credits
Goal To survey the structure, function, and metabolism of the basic classes of organic molecules. To interrelate the various metabolic pathways into a unified concept of metabolism at the organismal level. Content Protein, carbohydrate, lipid and nucleic acid structure and synthesis; the metabolic pathways in which these four classes of molecules participate. Taught Spring. Alternate years. Prerequisites BIO 110, 112, and BIO 203 or CHM 206; CHM 101, 102, and 221 or permission of the instructor.. Credit 3 hours; cross-listed as BIO 318.
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3.00 Credits
Goal To systematically examine the properties and reactions of inorganic compounds with an emphasis on structure and bonding. Content Structure, properties, and reactions of inorganic compounds with emphasis on main-group and transition elements are included. Taught Spring. Alternate years. Prerequisite CHM 102 Credit 3 hours.
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3.00 Credits
Goal To examine theoretical and practical aspects of instrumental methods of chemical analysis. To work with modern instrumentation routinely used in analytical chemistry determinations. To encourage an understanding of the strengths as well as the limitations of laboratory instrumentation. Content An introduction to the principles of optical spectroscopic methods of chemical analysis as well as chemical separations. Laboratory work includes hands-on experiments with modern instrumentation. Taught Spring. Alternate years. Prerequisite CHM 102, CHM 206 and CHM 240; or permission of instructor. Credit 4 hours.
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3.00 Credits
Goal To understand the chemical phenomena behind environmental aspects of atmospheric, water and soil systems. To evaluate the equilibrium between air/water and soil/water interfaces to give students insights into current anthropogenic impacts on biogeochemical cycling. To establish correct field sampling techniques and analysis methods for environmentally affected areas. Content This course will focus on advanced chemical aspects of environmental issues ranging from energy content, ocean/atmosphere equilibrium, contaminant transport, and organism storage mechanisms. A specific focus will involve an in-depth analysis on the effect of concentration and pH on soil, water, and atmospheric systems. The laboratory component will involve field sampling experiments combined with instrumental and analytical methods in a traditional laboratory setting. Taught Spring, alternate years. Prerequisite CHM 101, CHM 102, and CHM 206 (or BIO 203); or permission of instructor. Credit 4 hours, cross-listed as ESC 351.
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3.00 Credits
Goal To examine the principles of chemical thermodynamics and their applications to phase and reaction equilibrium. Content An in-depth study of the first, second, and third laws of thermodynamics, and their application to chemical systems at equilibrium. Taught Fall Prerequisite CHM 102, PHY 122 (or 116), and MAT 206. Credit 3 hours.
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3.00 Credits
Goal To examine the principles of quantum mechanics and their use in determining and describing molecular energies, spectra, and bonding. Content An in-depth analysis of chemical bonding, molecular energies and mechanics, and electromagnetic properties of molecules. An introduction to modern physical chemistry laboratory methods. Taught Spring, alternate years. Prerequisite CHM 102, PHY 122 (or PHY 116), MAT 206, and CHM 361. Credit 4 hours.
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