PHYS 273: Introductory Physics: Waves
Fall 2000, Prof. T. Jacobson


 

Calendar (with topics covered, supplements, & homework)
  

Wk
MONDAY
WEDNESDAY
FRIDAY
1 8/28 8/30   harmonic oscillator 9/1     harmonic oscillator
hw1, hw1h
2 9/4 
        LABOR DAY
9/6   2d oscillator, uniform
circular & harmonic motion
9/8    exponential function,
        complex numbers
hw2, hw2h
3 9/11 problem solving, complex numbers 9/13 solving simple & damped h.o. using complex 
exponentials
9/15 driven h.o.,
resonance
hw3, hw3h
H.O.Mathematica notebook 
4 9/18 problem solving, oscillators 9/20   resonance
Resonance curves
9/22 resonance, AC circuits  hw4
5 9/25 problem solving, AC circuits;
example
9/27 AC circuits 9/29 anharmonic (nonlinear) oscillators, coupled oscillators, transformers
hw5.ps, hw5.dvi, hw5.pdf
6 10/2 problem solving, coupled oscillators 10/4 nondispersive waves 10/6 waves on a string, superposition, standing waves hw6.ps, hw6.dvi, hw6.pdf
7 10/9 nodes demo,
free end b.c., problem solving
10/11 reflection & superposition of pulses,
microscopic picture of sound waves
10/13 sound waves: velocity,
temperature dependence, amplitude, sound in solidshw7.ps, hw7.dvi, hw7.pdf
hw7h.ps, hw7h.dvi, hw7h.pdf
8 10/16  review 10/18 EXAM 1
early warning grades
10/20 Doppler effect, Mach cone, dispersion & phase velocity
9 10/23 wavelengths
of sound in air, 
Doppler problem
10/25demos: harmonics
of guitar string, partial reflection; spacetime diagram of Doppler eff.
10/27 wavepackets, phase velocity, dispersion; water waves, Schrodinger eqn.
hw8.ps, hw8.dvi, hw8.pdf
10 10/30 group velocity; see sections 6.1,2 of Chapter 6 (pdf, or postscript) from Blandford & Thorne's book; wp Mathematica notebook, and its output in html 11/1 surface-independence of integral form of electromagnetic field equations; need for Maxwell's displacement current 11/3 Maxwell's equations integral and differential form, plane wave solutions
hw9.ps, hw9.dvi, hw9.pdf
11 11/6 properties of plane em waves,
spectrum & types
of radiation, cosmol. redshift & microwave bkgnd.
11/8 generation of em waves, dipole radiation, polarization,
energy flux, intensity;
film loops on radiation
and microwave generator/antenna demo.
radiating charge applet;
E&M Interactive Tutorial
11/10 wave energy & momentum, Doppler effect,
reflection & refraction
hw10.ps,hw10.dvi,hw10.pdf
12 11/13 radiation pressure, Doppler effect (supp.), twin "paradox" (supp.) 11/15 ray optics,
reflection, refraction,
Snell's law 
11/17 Huygen's principle, Fermat's principle, polarization, [Maxwell
equations supplement
postscript, pdf]
13 11/20   EXAM 2
(dvi,ps,pdf)
11/22 refraction and polarization demos & discussion hw11.ps,hw11.dvi,hw11.pdf 11/24
        THANKSGIVING
14 11/27 linear and circular polarization (supp.), demos 11/29 interference 12/1 single slit diffraction, double slit
intensity, gratings
15 12/4 single slit intensity
hw12.ps,hw12.dvi,hw12.pdf
12/6 Michelson interferometer, combined single and double slit diffraction 12/8 gratings, Bragg scattering, electron diffraction
16 12/11 quantum mechanics 12/13 12/15
           12/19, Tuesday, 10:30am -12:30pm 
                           FINAL EXAM (dvi,ps,pdf)