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Show ics, heat and sound. Four lectures and one laboratory period a week. Prerequisites: Mathematics 1 or high school algebra. Five quarter hours. Autumn. Huish, Osmond 2. General Physics. Fills same purpose as Physics 1. Covers magnetism, electricity, light, radio and atomic physics. May be taken without Physics 1. Four lectures and one laboratory period a week. Five quarter hours. Winter. Huish, Osmond 3. Meteorology. A course in physics of the atmosphere. A study of the weather elements, temperature, pressure wind, humidity, etc. Also fundamentals of weather forecasting. No prerequisites. Five quarter hours. Winter. Osmond 4. General Physics. Designed especially for engineering students and physical science majors. The course covers mechanics, molecular physics and sound. Prerequisite: Mathematics 3. Four lectures and one laboratory period a week. Five quarter hours. Autumn. Clarke, Huish, Osmond 5. General Physics. A continuation of Physics 4. This course includes the study of heat, magnetism, static electricity, and fundamentals of direct current. Prerequisite: Physics 4. Four lecture hours and one laboratory period a week. Five quarter hours. Winter. Clarke, Huish, Osmond 6. General Physics. A continuation of Physics 5. Prerequisites: Physics 4 and 5. Four lectures and one laboratory period a week. Five quarter hours. Spring Clarke, Huish, Osmond 10. Physics Survey. Recommended for students not majoring in science. This course introduces the field of physics in a one-quarter program. It is presented largely through visual aids. No prerequisites. Five quarter hours. Autumn, Winter, Spring. Osmond 14. General Astronomy. A study of the heavenly bodies. Emphasis is placed on the solar system, and the laws governing this system. No prerequisites. Five quarter hours. Spring. Osmond *21. Elementary Photography. A basic course in principles and techniques of photography. The lecture course includes composition, light, lenses, exposure, characteristics of sensitized materials, filters, chemistry, and principles of color photography. Laboratory work includes hand camera operation, devoloping, printing and enlarging. Three lectures and one laboratory period a week. Four quarter hours. Autumn, Winter, Spring. Rabe *Only four quarter hours of credit in photography will be counted toward filling the physical science group. v- CURRICULUM Radio Technology Freshman- Year A. W. S. Chemistry 1, 2 5 5 English 1, 2, 3 3 3 3 Engineering 1 3 Engineering 40, 41 1 1 Mathematics 1 or 4, 10 5 5 Physical Education 1 1 1 Radio 1, 11, 21 3 3 3 Radio 31, 32, 33 1 1 1 Elective 5 17 19 18 Sophomore Year A. W. S. Engineering 4a 3 Engineering 14 2 Mathematics 7, 8, 9 4 4 4 Physical Education 1 1 1 Physics 4, 5, 6 5 5 5 Radio 5, 15, 25 5 5 5 Speech 3 18 17 18 COURSES OF INSTRUCTION Radio Technology I. Radio Electricity. Fundamentals of electricity, D. C. circuits and circuit components. Magnets and magnetism, generators, dynamos, switches. Two lectures and one laboratory period a week. Three quarter hours. Autumn. Murphy 5. Radio Circuits D. C. A course in D. C. circuit theory, application of Kirchhoff's Laws, and solving circuits by determinants. Prerequisite: Mathematics 3 and 4, and Radio 21. Five quarter hours. Autumn. Murphy II. Radio Circuits, A. C. A course in A. C. circuits and components, vacuum tubes used in radio equipment, amplifiers, oscillators, power supplies, super heterodynes. One laboratory period and two lectures a week. Prerequisite: Mathematics 3 and Radio 1. Three quarter hours. Winter. Murphy 15. Radio, A. C. Continued. The course includes the theory of series and parallel circuits; equivalent circuits, network theorems. Prerequisites: Radio 5 and Mathematics 7. Five quarter hours. Winter. Murphy 21. Receivers and Transmitters. A course dealing with communication system receivers, transmitters, antennas. Prerequisite: Radio 1. One laboratory period and two lectures. Three quarter hours. Spring. Murphy |
