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Show 122 *6. General Physics. Heat, sound, light, modern physics. A continuation of physics 4 and 5. Prerequisite: Physics 4. Four lectures and one laboratory period per week. Five quarter hours. Spring. Huish, Murphy, Osmond 7. Engineering Physics. Mechanics and molecular physics. Designed and required of students majoring in all branches of engineering, physics, chemistry, mineral sciences, and mathematics. Prerequisite: Mathematics 7, calculus. (May be taken concurrently.) Four lectures and one laboratory period per week. Five quarter hours. Autumn. Huish, Murphy, Osmond 8. Engineering Physics. Electricity and magnetism. A continuations of Physics 7. Prerequisite: Physics 7 and Mathematics 7. Four lectures and one labortory period per week. Five quarter hours. Winter. Huish, Murphy, Osmond 9. Engineering Physics. Heat, sound, light, and modern physics. A continuation of Physics 7 and 8. Prerequisite: Physics 7 and Math 7. Four lectures and one laboratory period per week. Five quarter hours. Spring. Huish, Murphy, Osmond 10. Introductory Physics. Recommended as a general education course for students not majoring in the physical sciences. The course introduces the fundamental principles of physics and their applications. Presented largely through lecture demonstrations, visual aids, and some laboratory exercises. Five lecture-demonstrations per week. Five quarter hours. (May not be given.) Huish, Osmond 14. General Astronomy. A general study of the solar system, and other celestial bodies. No prerequisite. Five lectures per week. Five quarter hours. Spring. Osmond **21. Elementary Photography. Principles and techniques of photography. The lecture course includes composition, light, lenses, exposure, charteristics of sensitized materials, filters, chemistry ctf photography, and principles of color photography. Laboratory wons includes hand camera operation, developing, printing and enlarging. Thre lectures and one laboratory period per week. Four quarter hours. Autumn, Winter, Spring. K^0 ♦Physics 4a, 5a, 6a. Same courses as Physics 4, 5 andL J above but without laboratories. Designed for technical and otne students who desire a knowledge of the basic principles of pnTs^ with applications (see Physics 31 and 32 in Department of M<* tronics) but who do not have either the time or need for i« laboratory. Four lecture periods per week. Four quarter hours. ♦♦Only four quarter hours in photography will be counted toward filling the physical science group. 123 DEPARTMENT OF ARCHITECTURAL AND ENGINEERING TECHNOLOGY G. M. Alexander Architectural Technology CURRICULUM Freshman Year A. W. S. Art 4 or 11 3 Engineering 1, 2 3 3 Engineering 49 1 Engineering Technology 21 3 English 18, 81 3 3 Geology 11 4 Mathematics 1, 3, 4 5 5 5 Physical Education Ill Secretarial Training 41 3 Speech 3 3 Electives 3 3 18 16 19 Sophomore Year A. W. S. Arch. Tech. 3, (or Humanities 2), 21 3 5 Arch. Tech. 31, 32 3 3 Arch. Tech. 37 2 Arch. Tech. 11 4 Approved Electives (Business) 3 Economics 21 3 Engineering Tech. 4, 5, 6 4 4 4 Engineering Tech. 27 3 Physics 4 5 Sociology 21 3 Elective 2 17 17 17 COURSES OF INSTRUCTION Architectural Technology 3. History of Architecture. Architectural origins and early torms; primitive, Egyptian, Aegean; and summation of early types. Three lectures a week. Three quarter hours. Winter. Staff 11. Mechanical Equipment of Buildings. Heating requirements, .entilation, plumbing and drainage, refrigeration and air condition- ^S- Prerequisite: Physics 4. One lecture and two laboratory periods a Week. Four quarter hours. Winter. Staff |
