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Course Criteria
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3.00 Credits
is the study of the biosynthesis of amino acids and proteins, nucleic acids, and lipids, and carbohydrates will be analyzed at the molecular and mechanistic level through a detailed study of structure, function, and reactions of the compounds involved. Prerequisite: 214
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4.00 Credits
is a study of atomic and molecular structures, coordination compounds, and crystal structure. 3 hours of lecture and 3 hours of laboratory. Prerequisite or Co-requisite: 315
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1.00 Credits
is a seminar-style course that examines important topics in the field in depth, through readings, discussions, and presentations. Prerequisite: 240, 214
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3.00 Credits
focuses on the practical applications of instrumentation used in a forensic laboratory for the chemical analysis of various types of physical evidence such as accelerants, explosives, paints, fibers, glass, and suspected drug substances. Prerequisite: 240, Pre or co-requisite: 214
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3.00 Credits
focuses on selected special topics from the chemistry disciplines: analytical, inorganic, organic, or physical. The topics are chosen for their importance to modern chemistry.
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2.00 Credits
involves comprehensive literature research on a chemistry-related topic of the student's choice, and writing of a detailed report on the findings. The course also features oral presentations, as well as the writing of a research proposal on the same topic researched in the literature. In addition, students are required to attend seminars by visiting scientists, organized by the department. Grading considerations are the thoroughness of the library work, quality of the research report and research proposal, effectiveness of presentations, participation, and attendance. All departmental faculty participate in this course. Co-requisite: 355
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4.00 Credits
is an independent experience under the guidance of one or more faculty members, designed to expose students to methods of investigation and inquiry, and enhance critical thinking and problem-solving skills. The course also includes oral presentations and writing of a final scientific paper. In addition, to stay current in the field being researched, students will continue the literature research begun in CHEM 454. Students are also required to attend a weekly seminar meeting. Prerequisites: CHEM 355, 454
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2.00 Credits
introduction to soils and soil fertility, with emphasis on physical properties of soil. These properties will be applied to soil and water conservation practices which include waterways, diversions, bank stabilization, farm ponds, drainage, windbreaks, and spring developments.
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2.00 Credits
remote sensing and cartography: resources, principles, and techniques used in the natural sciences. Natural resource management applications for topographic and specialty maps, aerial photographs, satellite imaging, computer navigation systems, global positioning system (GPS), and geographic information system (GIS). Data collection and manipulation are practiced in lab.
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2.00 Credits
designed to give practice in water sampling techniques and chemical analysis (wet chemistry, instrumental methods, and portable test kits) of the water quality of streams and lakes. It also includes studies of new methods, techniques, instruments in field sampling and lab analysis, data interpretation, and reporting results.
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