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Show 68 WEBER COLLEGE 6. Analytic Geometry. A continuation of Mathematics 5. Dealing with empirical equations, an introduction into solid analytic geometry, lines, planes, and special surfaces in space. Prerequisites: Mathematics 5. Five quarter hours. Spring. Littlefield 7. Calculus. A general course in differential calculus. Treats limits, differentiation, and geometric interpretations. Prerequisites: Mathematics 2, 4, 5, and 6. Five quarter hours. Autumn. Stevenson 8. Calculus. A continuation of Mathematics 7. Has to do with indefinite and definite integrals, together with their applications. Prerequisites: Mathematics 7. Five quarter hours. Winter. Stevenson 9. Calculus. A continuation of Mathematics 8, with an introduction to ordinary differential equations. Prerequisites: Mathematics 7 and 8. Five quarter hours. Spring. Stevenson 10. Analytic Geometry. A short course designed primarily for those Engineering students who are unable to qualify for Mathematics 5 in time for the Winter Quarter. Prerequisites: Mathematics 2, 3, and 4. (This course will not apply toward a Mathematics major.) Five quarter hours. (Not given 1936-37.) Littlefield 12. A Survey Course in Mathematics. A unified course dealing with the essentials of algebra, trigonometry, analytic geometry and introduction to calculus. Recommended that Mathematics 1 or 4 precede this course. Five quarter hours. Winter. Littlefield 15. Elementary Statistical Methods. An introduction into mathematical theories and applications of statistics. Recommended that Mathematics 1 or 4 precede this course. Five quarter hours. (May not be given 1936-1937) Stevenson PHYSICS Charles Anson Osmond It is recommended that a student pursuing a major in Physics complete Physics 4, 5, 6, and Mathematics 4, 5, 6, 7, 8, and 9. 1. General Physics. A course adapted to the needs of the non-science student. Especially recommended for students not inclined mathematically but who desire a knowledge of every-day science. Four lectures and one laboratory period a week. Five quarter hours. Autumn. Osmond 2. General Physics. A study of the fundamentals of electricity, radio, light, and sound. No prerequisites. Four lectures and one laboratory period a week. Five quarter hours. Winter. Osmond WEBER COLLEGE 69 3. Meteorology. Designed to give a general knowledge of the physics of the atmosphere. Five quarter hours. Spring. Osmond 4. General Physics. Designed especially for Engineering students. Deals largely with mechanics. Prerequisites: Mathematics 3. Four lectures and one laboratory period a week. Five quarter hours. Autumn. Osmond 5. General Physics. Continuation of Physics 4. Has to do chiefly with dynamics, heat, and sound. Prerequisite: Mathematics 3. Four lectures and one laboratory period a week. Five quarter hours. Winter. Osmond 6. General Physics. Continuation of Physics 5. Includes a study of magnetism, electricity, and radiation. Prerequisite: Mathematics 3. Four lectures and one laboratory period a week. Five quarter hours. Spring. Osmond 14. General Astronomy. A course that treats the physics of heavenly bodies: constellations, planets, satellites, etc. Special stress is placed on the earth, sun, and moon as astronomical bodies. Five quarter hours. (May not be given 1936-1937.) Osmond PHYSIOLOGY Orson Whitney Young William Monroe McKay 1. General Human Physiology. A course devoted to the study of the care and functions of the human body. Four lectures and one laboratory period a week. Five quarter hours. Autumn, Winter, Spring. Young 2. Principles of Physiology. A study of the development and function of the human body as the essential basis for the study of hygiene, dietetics, and material medica, and pathological conditions. Two lectures and one laboratory period a week. Three quarter hours. (For nurses). Autumn. McKay ZOOLOGY Orson Whitney Young It is recommended that a student pursuing a major in Zoology complete Zoology 4, 5, and 6, Bacteriology 1, Botany 1, and 5, and Chemistry 1, 2, and 3. 1. General Zoology. This course covers the fundamental principles of animal biology, including structure, function, and relation of animals, and a short treatment of existing theories. Three lectures and two laboratory periods a week. Five quarter hours. Autumn. Young |
