Caption: Course Catalog - 1897-1898
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APPLIED CHEMISTRY 95 3. Chemistry (Chem. 7); Metallurgical Chemistry (Chem. 15); Organic Chemistry (Chem. 9); Proximate Organic Analysis (Chem. 21); Rhetoric 2; Seminary (Chem. 19); Theoretical Chemistry (Chem. 12). Fourth Year 1. Physical Chemistry (Chem. 7); Metallurgy (Chem. 14); Metallurgical Chemistry (Chem. 15); Sanitary Analysis (Chem. 10); Seminary (Chem. 19); Special Analytic Chemistry (Chem. 18). 2. Physical Chemistry (Chem. 7); Metallurgical Chemistry (Chem. 15); Proximate Organic Analysis (Chem. 21); Seminary (Chem. 19); Special Courses (Chem. 18); Thesis and Investigations (Chem. 11). 3. Physical Chemistry (Chem. 7); Metallurgical Chemistry (Chem. 15); Proximate Organic Analysis (Chem. 21); Seminary (Chem. 19); Special Courses (Chem. 18); Thesis and Investigations (Chem. 11). APPLIED CHEMISTRY AND ENGINEERING To meet the needs of those who wish to fit themselves for such work as devolves upon the managers of establishments in which the operations depend upon chemical processes, a four years' course in chemistry with related engineering subjects has been arranged. REQUIREMENTS FOR GRADUATION The requirements for graduation, as indicated on pages 93 and 94, are modified as follows: Chemistry, 19; one credit only is required. The electives to be chosen from lists A and B must include chemistry 6, 8, 14, 15; general engineering drawing 1, two subjects listed under "Mathematics," six under "Mechanical Engineering," and three under "Mechanics, Theoretical and Applied." A thesis is required, and completion of the work leads to the degree of bachelor of science in chemistry and engineering. COURSE OF INSTRUCTION BY YEARS AND TERMS The prescribed and chemical electives, together with the engineering subjects necessary to meet the above conditions, are indicated below. Subjects must be taken in the
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