PHYSICS (PH)
PH 106. Physical Concepts.
An introduction to the concepts and principles governing the natural physical world and their relation to society. Emphasis on developing an appreciation for the role of science in our life. Does not count on a major or minor. Two lectures and two hour lab. (University Studies course) (3)
PH 109. Exploring the Universe.
An examination of the physical nature of planets, stars and galaxies, their interrelationships and evolutionary processes. Emphasis on the role of scientific inquiry in our present understanding of the Universe. Does not count on a minor. Two lectures and two hour lab. (University Studies course) (3)
PH 120. Introductory Physics I.
Geometrical optics and instruments; kinematics, dynamics, gravitation, momentum, energy, rotation, elasticity, sound and wave motion. Four lectures and one 2 hour labs. Prerequisite: MA 133; MA 134; or MA 135. (University Studies course) (5)
PH 121. Introductory Physics II.
Heat and thermodynamics, electricity, magnetism, wave optics, and modern physics. Four lectures and one 2 hour lab. Prerequisite: PH 120. (5)
PH 218. Physical Science: A Process Approach.
Major topics include atomic structure, elements and compounds, chemical reactions and energy concepts of heat, light, sound, electricity and magnetism. Does not count on a major or minor. Two lectures and two hour lab. Prerequisite: BS 118. (University Studies course) (3)
PH 230. General Physics I.
Mechanics; kinematics and dynamics of linear and rotational motion; heat and thermodynamics. Four lectures and two hour lab. Prerequisite: MA 140. Pre or corequisite: MA 145. (5)
PH 231. General Physics II.
Electricity, magnetism; wave motion and sound; geometrical and physical optics. Four lectures and two hour lab. Prerequisite: PH 230. Pre or corequisite: MA 240. (5)
PH 328. Energy.
Energy sources and energy flow in an industrialized society. Energy resources, production, conversion, and consumption. Growth of energy use and its environmental implications. On demand. Counts on a minor only. Prerequisite: MA 134 or MA 135. (3)
PH 341. Optics.
Geometrical and physical optics; Fourier analysis; interference, diffraction, double refraction, gratings and light in matter. Prerequisites: PH 231; MA 245. (3)
PH 345. Experimental Methods I.
Selected experiments in physics and engineering with emphasis on measurement system design, equipment selection, acquisition and evaluation of data, and written and oral reporting. One lecture; 2 two-hour labs. Prerequisites: Logical Systems (MA 134 or higher); PH 121 or PH 231. (3)
PH 360. Modern Physics.
Theory of special relativity, quantum physics, atomic structure, nuclear physics, elementary particles. Selected topics chosen from recent developments in physics. Prerequisites: PH 231/0; MA 245. (3)
PH 370. Mechanics.
Selected topics in Newtonian mechanics, including kinematics and dynamics of particles, oscillations, gravitation, Lagrangian and Hamiltonian dynamics, central-force motion, noninertial reference frames, and rigid-body dynamics. Prerequisites: PH 231; MA 245. (3)
PH 371. Electromagnetics.
Electric fields, potential and dielectrics; magnetic fields, magnetic properties of matter; Maxwell's equations and electromagnetic waves. Prerequisites: PH 231; MA 245. (3)
PH 400. Topics in Physics and Engineering.
Study of subject matter no included in the regular departmental curriculum. Course title will vary. Format may include lectures, labs, seminars, or other forums as required by the specific course. Prerequisites: MA 245; PH 231; or permission of instructor. (3)
PH 445. Experimental Methods II.
Advanced experiments in physics and engineering with emphasis on measurement system design, equipment selection, acquisition and evaluation of data and written and oral reporting. One lecture and two 2-hour labs. Prerequisite: PH 345 or UI 330. (3)
PH 473. Quantum Mechanics.
The fundamental postulates of quantum mechanics and their applications to selected systems. Topics include one-dimensional systems, perturbation theory, three-dimensional systems, angular momenta, one-electron atom, Hartree-Fock formalism, variational principles and quantum theory of scattering. Prerequisites: MA 245; PH 231; PH 360. (3)
PH 475-476. Literature of Physics.
Intensive study of sources of physics literature by students doing a literature search on a selected topic in physics. Prerequisite: Consent of department chairperson. (1-2)
PH 477. Physics Seminar.
Presentations and discussions by faculty and students on recent topics encountered in reading or research. Prerequisite: PH 121 or PH 231. (1)
PH 478-479. Undergraduate Research.
Original research for students demonstrating superior ability. Prerequisite: Consent of department chairperson. (1-2)
PH 490-491. Independent Study in Physics.
Individual studies on selected topics not covered by regularly scheduled courses. Prerequisite: Consent of department chairperson. (1-2)
PH 550. National Physics Programs.
Study of precollege physics curricula based on nationally developed programs. Familiarization with lecture, laboratory, audiovisual, and reference materials. Use of microcomputers. Two lectures and two hour lab. 0 Prerequisites: PH 231; MA 245; or consent of instructor. (3)
PH 570. Mathematical Physics.
Selected topics in vector analysis, coordinate transformations, Fourier series, Legendre and Bessel functions, and partial differential equations. Emphasis on practical applications in physics. Prerequisites: PH 231; MA 350; or consent of instructor. (3)
See University Studies (UI) listings for descriptions of:
UI 330. Experimental Methods I.
(3)
UI 378. Physics of Star Trek.
(3)
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