PHYSICS490 Independent Study491 Philosophy Honors Thesis492 Independent StudyOff-Campus/NSOC495 Senior SeminarA capstone course for all majors. This seminarprovides an opportunity to employ the skillsand knowledge gained from previous philosophycourses to engage a particular problem,philosopher, or text in a sustained way. Topicsvary. Prerequisite: Senior major or instructorpermission. (Each spring, beginning 2010)PHYSICSDavid Baker, chair; Larry Robinson,Donald Salisbury, Andra TroncalliThe courses in physics are designedto meet the needs and interests of thegeneral student, to prepare students forcareers and graduate study in physics,and to provide important backgroundand support for the study of the othersciences, mathematics, engineering,and medicine.Students planning to major in physicsor pursue the pre-engineering programshould enroll in Physics 111 and Mathematics151 in the fall term of theirfreshman year. Ordinarily, credit maynot be received for both Physics 105and 111, or both Physics 106 and 112.A major in physics consists of Physics111, 112, 211, 212, 311, and 312, threeadditional one-credit courses at the200-level or higher including at leastone course at the 300-level, and theone-quarter credit courses Physics 261,262, 361, and 362. Courses used asprerequisites for physics courses mustbe passed with grades of at least C.A minor in physics consists of Physics111, 112, 211, 212, and 311 andthe quarter-credit courses Physics 261and 262.101 Explorations in PhysicsIntroductory courses intended for the generalaudience; these courses do not count as prerequisitefor other courses in physics or satisfyrequirements for the major in physics. Thesecourses introduce students to the process andproduct of scientific inquiry, and to ways thatknowledge of physics affects our lives. Title andemphasis announced in term schedule of courses.Past topics have included astronomy, weather,cosmology, and light. These courses includea laboratory component. May be repeated whentopic varies. (Usually each fall and spring)105 Physics I (Algebra-Based)First semester of an algebra-based two-semesterintroductory sequence in physics. Topics treatedinclude mechanics, vibratory motion, and soundwith emphasis on both conceptual foundationsand problem- solving techniques. Prerequisite:high school algebra or equivalent. (Each fall)106 Physics II (Algebra-Based)Continues the study of physics begun in Physics105. This algebra-based course continues withconceptual foundations in electricity and magnetism,optics, and modern physics. Studentswill learn problem-solving techniques in theseareas. Physics 106 is the appropriate secondcourse for students who plan no further study inphysics. Prerequisite: Physics 105. (Each spring)111 Physics I (Calculus-Based)First semester of a calculus-based two-semesterintroductory sequence in physics using theWorkshop Physics method. This approach combinesinquiry-based cooperative learning withcomprehensive use of computer tools. Topicsinclude kinematics, Newton’s Laws of motion,rotational motion, and oscillations. Corequisite:Mathematics 151. (Each fall)112 Physics II (Calculus-Based)Continues the study of physics begun in Physics111 using the Workshop Physics method.This approach combines inquiry-based cooperativelearning with comprehensive useof computer tools. Topics include electricity,electronics, magnetism, and thermodynamics.Physics 112 is required for further study inphysics. Corequisite: Mathematics 152, Prerequisite:Physics 111. (Each spring)211 Vibrations, Waves, and OpticsThe course begins with a study of simpleharmonic motion, and proceeds throughdamped, driven oscillations and resonance.The course introduces mechanical waves andCOURSES OF INSTRUCTION| 133
PHYSICSwave phenomena such as standing waves,interference, and diffraction of waves. Electromagneticwaves and their properties, includingreflection, refraction, and polarization, arestudied, as are interference and diffractionof light waves. Prerequisite: Physics 112 andMathematics 152. Corequisite: Mathematics252, Prerequisite: Physics 112. (Each fall)212 Introduction to Modern PhysicsAn introduction to modern physics topics, includingspecial relativity, introductory quantummechanics, atomic physics, solid state physics,nuclear physics, and elementary particles. Prerequisite:Physics 211 and Mathematics 152.Corequisite: Mathematics 301. (Each spring)230 ElectronicsThis course examines the physics of electronicdevices, introduces circuit analysis techniques,and provides practice in the design and use ofbasic circuits. The emphasis will be on analogelectronics, but elementary digital techniqueswill also be covered. Prerequisite: Physics 112.(Spring 2009)240 Atmospheric andEnvironmental PhysicsThis course offers a project-oriented approachto the study of atmospheric structure, atmosphericdynamics, thermodynamics, radiation,atmospheric instrumentation and observations,energy, climate, and severe weather. It servesas an approved science course for the environmentalstudies major. Prerequisite: Physics 112and Mathematics 152. (Spring <strong>2008</strong>)250 Intermediate Topics in Physics260 Intermediate Directed Study(Variable course credit)261, 262 Research Experience(1/4 course credit unit)These courses provide a two-course sequencethat offers students the opportunity to work insmall research groups on independent researchprojects. Students work closely with a facultymember in the Physics Department on topicselection, theoretical and experimental design,data analysis, and presentation of results. Topicsvary on student background and interest.Prerequisite: Physics 112. (Each fall and spring)311 Classical MechanicsThis course examines an advanced study ofNewtonian mechanics, oscillations, gravitation,nonlinear dynamics and chaos, and Lagrangianand Hamiltonian mechanics. Prerequisite:Physics 212 and Mathematics 301. (Each fall)312 ElectromagnetismThis course examines static electric and magneticfields, electric and magnetic propertiesof matter, boundary value problems in electrostatics.Maxwell’s equations, electromagneticwaves. Prerequisite: Physics 212 and Mathematics301. (Each spring)331 Thermodynamics andStatistical MechanicsThis course examines First and Second laws,entropy, state equations, kinetic theory, partitionfunctions, heat capacities, and information.Bose-Einstein and Fermi-Dirac statistics,Planck Spectrum, phonons, electron gas, andsemiconductors. Prerequisite: Physics 311.341 Computational PhysicsFortran programming in a Unix environmentand visualization of scientific data are introduced.Topics include numerical methods forsolving ordinary and partial differential equations,Fourier analysis, and Monte Carlo simulations.Prerequisite: Mathematics 301. (Fall <strong>2008</strong>)350, 450 Advanced Topics in Physics361, 362 Advanced ResearchExperience(1/4 course credit unit)These courses provide a two-course sequencethat offers students the opportunity to work insmall research groups on independent researchprojects. Students work closely with a facultymember in the Physics Department on topicselection, theoretical and experimental design,data analysis, and presentation of results. Topicsvary on student background and interest.Prerequisite: Physics 212. (Each fall and spring)431 Quantum MechanicsA comprehensive course that includes Schroedinger’sequation in three dimensions (freeparticle, harmonic oscillator, central force),correspondence limit, wave packets, spin, interactionof electromagnetic waves with atoms.Prerequisite: Physics 311. (Each fall)452 Extended Study in PhysicsThe student will conduct a study of an approvedtopic in experimental or theoreticalphysics. Both a thorough written report and anoral presentation of the results will be required.Prerequisite: permission of instructor. May berepeated when topic varies. (Each spring)134 |COURSES OF INSTRUCTION