UW-Whitewater Courses in Physics

An examination of energy; its nature, the forms in which it appears, its transformation, current and future sources, and energy issues faced by an informed electorate. Three one-hour lectures per week.

An introduction to light science for students in the visual arts and for students with an interest in art. The course includes the properties of light and color, the interaction of light with matter, the formation of visual images, and color vision. Three one-hour lectures and one two-hour laboratory per week. Coreq: MATH 140 or MATH 141.

This course will explore topics in classical physics (motion, heat, sound, electricity, magnetism, and light) and modern physics (atomic structure, quantum mechanics and relativity) with an emphasis on how the principles explain and predict phenomena we observe every day. Four one-hour lectures and one two-hour laboratory per week. Coreq: MATH 141 or consent of instructor. Unreq: PHYSICS 212.

An algebra-based course in classical mechanics at the introductory level. The content covers kinematics, NewtonÕs laws, conservation laws, oscillations and waves, applicatons to fl uids and elasticity, and thermodynamics and kinetic theory. Applications to the life and health sciences are emphasized, and essential MCAT subject matter is included. Basic understanding of trigonometry and the manipulation of vectors is necessary. Students with adequate mathematical preparation may wish to consider taking the PHYSCS 180 series. Four one-hour lectures and one three-hour laboratory per week.Coreq: MATH 152.

An algebra-based course in electricity and magnetism, circuits, electromagnetic waves, optics and an introduction to modern physics. Applications to the life and health sciences are emphasized, and essential MCAT subject matter is included. Basic understanding of trigonometry and the manipulation of vectors is necessary. Students with adequate mathematical preparation may wish to consider taking the PHYSCS 180 series. Four 0ne-hour lectures and one three-hour laboratory per week. Prereq: PHYSCS 140.

This introductory survey course will focus on areas of modern physics that are frequently discussed but often misunderstood. The theories of Einstein and other physicists will be used to examine science fi ction devices such as time machines, warp drives, and mass transporters. Integrated throughout will be a discussion of what are science, science fi ction, and pseudo-science. Not applicable toward any physics major or minor. Three hours of lecture a week.

A lecture course in introductory physics including a mathematically rigorous analysis of mechanics, vibrations, weave motion, and thermodynamics using calculus. For majors and minors in physics, engineering, chemistry, mathematics. Four one-hour lectures and one three-hour lab per week. High school calculus recommended. Coreq: MATH 253.

A course in introductory physics including a mathematically rigorous analysis of electricity and magnetism, light and optics, and modern physics using calculus. For majors and minors in physics, engineering, chemistry, and mathematics. Four one-hour lectures and one three-hour lab per week. Prereq: PHYSCS 180 or consent of instructor. Coreq: MATH 254.

An introduction to career tracks and career opportunities in engineering and physics. This course will feature readings on different career possibilities in engineering and physics and visiting lectures by practicing physicists and engineers. Professional skills, identifi cation of career tracks, and scientifi c and technical communication will be emphasized. One hour lecture per week.

This course is a one-semester introduction to physics with curriculum and instruction designed as an activity-based hands-on course for K-8 elementary education students and open to all education majors. The course emphasizes a student-oriented pedagogy in order to develop various physics concepts and the nature of science. Topics covered include motion, forces, energy, light, heat, electricity, and magnetism. Prereq: MATH 141 and restricted to students with BSE program.

A laboratory course concentrating on techniques of recording, interpretation of, and reporting experimental data. Extensive use will be made of computers in data processing. Topics covered include data acquisition and the recording of data, error analysis, numerical analysis, graphing techniques, computational tools and report writing. Two two-hour laboratories per week. Prereq: PHYSCS 181 or PHYSCS 141 and MATH 254

A descriptive course that deals with various properties of sound, the generation of sound by traditional musical instruments and the electronic production and reproduction of sound. The physical process of hearing and the acoustical properties of rooms are also included. Three one-hour lecture periods per week. Prereq: MATH 141

Laboratory experience in microprocessor addressing, digital logic circuits, microcomputer input and output techniques, digital to analog and analog to digital interfacing and device control by microcomputers. This course will not satisfy the laboratory work requirements for the physics major; the credit will count toward the major. Prereq: Either (a) PHYSCS 175 (or PHYSCS 163) and COMPSCI 171 or (b) concurrent registration in COMPSCI 302/502 or (c) graduate student with computer programming experience or (d) consent of instructor.

A study of forces on rigid bodies in equilibrium. Topics include force systems, equilibrium, distributed forces, structures, friction, internal forces, centroids and moments of inertia. This course also introduces notations and operations associated with tensor calculus. Three one-hour lectures per week. Prereq: PHYSCS 181, MATH 253 or con reg in MATH 253.

A study of classical mechanics. Topics to be covered will include vector calculus techniques, dynamics of particles and systems and central force systems. Required of all majors and minors in physics. Three one-hour lectures per week. Prereq: PHYSCS 174 and PHYSCS 175 or PHYSCS 162 and PHYSCS 163 and MATH 254.

Topics covered include methods of theoretical physics, vector analysis, differential equations of mathematical physics, analytic fuctions and integration in the complex plane, Laplace transforms, Fourier series, Fourier transforms, and their applications in physics. Three one hour lectures per week. Prereq: PHYSCS 181 OR (PHYSCS 141 and MATH 254)

A study of the electrostatic fi eld, electric multipoles, dielectrics, special methods in electrostatics, the magnetic fi eld, magnetic materials, timevarying fi elds, conservation laws, and electromagnetic waves. Three onehour lectures per week. Prereq: PHYSCS 324

An introductory course in electronics with emphasis on solid state devices, diode and amplifier circuits, waveform generation, operational amplifiers, digital circuitry and microcomputer applications to physical measurement. Three one-hour lectures per week. Prereq: PHYSCS 174 and PHYSCS 175 or PHYSCS 162 and PHYSCS 163.

A laboratory course in electronics with emphasis on solid state devices, diode and amplifi er circuits, waveform generation, analog computer circuitry, digital circuitry. One two-hour laboratory per week. Prereq: PHYSCS 330 or co-reg in PHYSCS 330.

Topics covered include relativity, elementary quantum physics, atomic and molecular stucture, elementary nuclear physics and fundamental particles. Laboratory experiments complement material presented in lectures. Three one-hour lectures and one three-hour laboratory per week. Prereq: PHYSCS 181 or PHYSCS 141 and MATH 254

This course provides an introductory study of optical phenomena. Geometrical and physical optics beginning with a mathematical treatment of light waves and their interaction with materials. Topics also include interference diffraction, spectroscopy and spectroscopic instruments, polarization, light sources and detectors, lasers, holography, and some topics in modern optics. Three one-hour lectures and one three-hour laboratory per week. Prereq: PHYSCS 324 or consent of instructor

A study in thermodynamics and statistical mechanics including the laws of classical thermodynamics, equations of state, thermodynamical processes, and applications to classical and quantum mechanical systems. Three onehour lectures per week. Prereq: PHYSCS 174/PHYSCS 175 or PHYSCS 162/PHYSCS 163 and MATH 254.

This course will explore the tools and postulates of Quantum Mechanics. Topics will include one and three-dimensional problems, angular momentum, as well as approximation methods such as time independent perturbation theory, and Wentzel-Kramers-Brillouin (WKB) methods. Three one-hour lectures per week. Prereq: PHYSCS 324

TThe course will train students in making scientifi c presentations, summarize the concepts and methods taught in the physics major curriculum, and prepare them for the Physics Major Field Test as the fi nal exam in the course. Students will become familiar with physics literature and learn to write abstracts and project proposals. They will demonstrate proper methods of verbal and visual presentation by delivering a graded series of talks, concluding with a satisfactory colloquium on a physics topic. Two one-hour sessions a week. Prereq: Students must possess senior-level standing in the major to receive credit for participation. Students with less than senior standing are encouraged to attend in preparation for full participation when they become seniors.

Repeatable for a maximum of 3 units in major or minor in physics.

The course gives the student an opportunity to intersperse full time study with full time employment. The student will be interviewed by a potential employer identifi ed by the Physics Department. If accepted as an employee, the student may work from one to four terms. A work term is defi ned as a semester or a summer of employment. No more than two units may be counted towards the Physics Major. A written report is required. Prereq: PHYSCS 173 and LSINDP 099 and a declared Physics/Industry major.

Prereq: Consent of instructor.

Repeatable for a maximum of 3 units in major or minor in physics. Prereq: Physics major or minor, junior or senior standing and consent of instructor.

Fall 2009: Vibrations and Waves 3 u

Spring 2008: : Digital Logic and State Controller Design 2 u

This course covers the principles of operation of digital devices and their applications, as well as their use in constructing working state controllers and how both state controllers and discrete digital devices are joined together to make unique instruments.

Repeatable for a maximum of 3 units in major or minor in physics. Prereq: Jr or sr st and cons dept chp.

An examination of concepts regarding the organization of the universe. The solar system, astronomical principles and instruments, stellar evolution and galaxies are among topics covered. Activities include fi eld trips, observations of the night sky and of the sun with telescopes, and laboratory work. Four one-hour lectures and one two-hour laboratory/observation period per week. There are two required evening observation sessions during the semester. Coreq: MATH 141 or consent of instructor. Unreq: ASTRONMY 114.

A non-laboratory course that introduces the basic aspects of astronomy, including cultural and historical considerations. The study of galaxies, stars, as well as our solar system is included. Observational activities and fi eld trips may be included as integral parts of the course. Three one-hour lectures per week. Coreq: MATH 141 or consent of instructor. Unreq: ASTRONMY 112.

ASTRONMY 430/630 ASTRONOMY FOR TEACHERS 3 u
An individualized course intended for K-12 teachers with limited astronomy background. Subject matter covered will depend on the needs and interests of the students. Each student does experimental or observational projects which are presented at the end of the course as a paper in a seminar. This course may not count toward physics major or minor.

ASTRONMY 490/690 ASTRONOMY WORKSHOP 1-5 u
Repeatable. Prereq: Consent of instructor.

ASTRONMY 496/696 SPECIAL STUDIES Repeatable 1-3 u
Prereq: Consent of department

ASTRONMY 498 INDEPENDENT STUDY Repeatable 1-3 u
Prereq: Cons instr.