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Show concurrently with Chemistry 3. One laboratory period a week. S (1). Staff 5. Introduction to ChemistryA lecture-demonstration course open to students who have not completed satisfactorily a previous chemistry course, and who do not plan to take future work in chemistry. This course is designed to assist in satisfying the general education requirements in physical science. A W S (5). Staff 24. Principles of Chemistry For students taking more than one year of chemistry. Prerequisites: Satisfactory performance on the Chemistry Aptitude Test, second course in high school algebra (or Mathematics 14), and plane geometry. Those students who receive a low score on the Aptitude Test should not register for Chemistry 24. Four lectures and recitations, and one three-hour laboratory period a week. AW (5). Gray, Johanson, Seager 25. Principles of ChemistryPrerequisite: Chemistry 24. Three lecture and two laboratory periods a week. W S (5). Gray, Johanson, Seager 26. Principles of Chemistry and Qualitative Analysis Prerequisite: Chemistry 25. Three lectures and two laboratory periods a week. S (5). Gray 51. Quantitative AnalysisTheory and methods of quantitative analysis. Prerequisite: Chemistry 26, Mathematics 21. Two lectures and one laboratory period a week. A (3). Gray 52. Quantitative AnalysisContinuation of Chemistry 51. Prerequisite: Chemistry 51. One lecture and two laboratory periods a week. W (3). Gray 53. Quantitative AnalysisContinuation of Chemistry 52. Prerequisite: Chemistry 52. One lecture and three laboratory periods a week. S (4). Gray 131. Organic ChemistryFundamentals of the chemistry of carbon compounds. Prerequisite: Chemistry 26. Four lectures and four hours of laboratory work a week. A (5). Johanson 132. Organic ChemistryContinuation of Chemistry 131. Prerequisite: Chemistry 131. Four lectures and four hours of laboratory work a week. W (5). Johanson 135. Qualitative Organic AnalysisSystematic identifica- 194 tion of organic compounds. Prerequisite: Chemistry 132. Three lectures and six hours of laboratory work a week. S (5). Johanson 140. Laboratory TechniquesManipulation of glass. No prerequisite. One 3-hour laboratory a week. S (1). Gray 141. Physical Chemistry Prerequisite: Chemistry 53; Physics 61, 62, 63; Mathematics 63. Three lectures and three hours of laboratory work a week. A (4). Seager 142. Physical ChemistryPrerequisite: Chemistry 141. Three lectures and three hours of laboratory work a week. W (4). Seager 143. Physical Chemistry Prerequisite: Chemistry 142. Three lectures and three hours of laboratory work a week. S (4). Seager 151. Chemical InstrumentationTheories and techniques of instrumental chemical analysis, including colorimetry, spectrophotometry, polarography, electrometric titrations, microscopy and radiochemistry. Prerequisite: Chemistry 143. Two lectures and six hours of laboratory work a week. A (4). Seager 181. Advanced Inorganic Chemistry Advanced study of elements and their compounds based on the periodic table. Prerequisite: Chemistry 141. Three lectures and three laboratory hours a week. S (4). Gray 191. Chemical LiteratureA (1). Staff 192. Chemical LiteratureW (1). Staff 193. Chemical LiteratureS (1). Staff 197. Research ProblemsOpen to any qualified student for one or more quarters. A W S (2). Staff CHEMISTRY MAJOR (Example Only) Freshman Course Title A W S English 1, 2, 3 Basic Communications 3 3 3 Chemistry 24, 25, 26 Principles of Chemistry 5 5 5 Mathematics 21 College Algebra, Analytics, Mathematics 51, 52 Calculus 5 5 4 Orientation 1 College Orientation 2 195 |
