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Show graduate study should select as much language as possible. Departmental Minor Normally nine to fifteen hours in approved upper division physics will be acceptable for the minor requirement. However, prior department approval of the candidate's program is required. Written approval should be obtained before the junior year. Teaching MajorLower division courses: Same as for the departmental major with a B.S. degree. Upper division courses: 25-40 credit hours of upper division credit including Physics 111, 112, 151, 152, 154, 155, 121 or 141, 161, 164, and Mathematics 121, 141, or 161. Teaching MinorLower division courses: Same as for departmental major with a B.S. degree. Upper division courses: 9-12 credit hours of upper division courses including Physics 101 or 111, 102 or 151, 103 or 141, 161, 105. Courses of Instruction 5. Introduction to PhysicsA general education course designed for students not majoring in physical sciences. Five lecture-demonstration periods a week. A W S (5). Staff 13. Introduction to MeteorologyElementary physics of the atmosphere: Climate, weather, and weather forecasting. No prerequisite. AW (5). Staff 14. Introduction to Astronomy The solar system, the universe, and the celestial bodies. No prerequisite. S (5). Staff 21. Physics for Technical Students, Mechanics Essentially the same as Physics 51 (see below), but without laboratory. Designed for technical students who may require a knowledge of the general principles of physics but who have neither the need nor the time for laboratory work. Prerequisite: Plane trigonometry. (May be taught with Physics 51). A (4). Staff 22. Physics for Technical Students, Electricity and MagnetismEssentially the same course as Physics 53, but without laboratory. Prerequisite: Physics 21. W (4). Staff 23. Physics for Technical Students, Heat, Sound, Light-Essentially the same course as Physics 53, but without laboratory. Prerequisite: Physics 21. S (4). Staff 218 51. College Physics, MechanicsFor students majoring in pre-medicine, pre-dentistry, pharmacy, architecture, agriculture, technology. Prerequisite: Mathematics 18, plane trigonometry or its equivalent. Three lecture-recitations and two quiz sessions a week. A (4). Staff 52. College Physics, Electricity and MagnetismPrerequisite: Physics 51. W (4). Staff 54, 55, 56. Laboratory courses to accompany Physics 51 52, and 53. (1), (1), (1). Staff 61. Engineering Physics, Mechanics Required of students majoring in physics, chemistry, engineering, meteorology, geology, and mineral industries. Also required of students taking a teaching major or minor in physics in the Division of Education. Prerequisite: Math 51; Math 52 (may be taken concurrently.) Three lecture-recitation and two quiz sessions a week. A (4). Galli, Huish 62. Engineering Physics, Electricity and MagnetismPrerequisite: Physics 61; Math 53. (May be taken concurrently.) W (4). Galli, Huish 63, Engineering Physics, Heat, Sound, and LightPrerequisite: Same as for Physics 62. S (4). Staff 64, 65, 66. Laboratory courses to accompany Physics 61, 62, and 63. (1), (1), (1). Staff Prerequisite to all upper division courses Math 51, 52, 53, 54, Physics 61, 62, 63, 64, 65, 66, Mathematics 121 or 141 must precede or parallel all physics numbered between 111, and 190. 101. Advanced General Physics, MechanicsGeneral principles, theories, and concepts of physics, with applied problems interpreted and discussed through the extensive use of calculus. Designed for teaching majors and minors in physics, chemistry majors, and others, who may desire an intermediate course between the lower division courses and those specialized courses numbered above 111. A (3). Staff 102. Advanced General Physics, Electricity and MagnetismPrerequisite: Physics 101. W (3). Staff 219 |
