OLD UT: 19.1A Russian wave machine PIRA: None availabel
OLD UT: 19.1B Sive wave machine PIRA: 3B10.30 Bell labs wave model
OLD UT: 19.1C Longitudinal wave machine PIRA: 3B20.35 Longitudinal wave machine
OLD UT: 19.1D Transverse wave machine PIRA: 3B10.30 Bell labs wave model
OLD UT: 19.2I Shot-filled rubber hose PIRA: 3B10.10 Pulse on a rope
OLD UT: 19.2B Slinky PIRA: 3B10.20 Slinky on a table PIRA: 3B22.50 Slinky standing waves
Sound Waves - demos for chap 17, Serway
OLD UT: 20.1E Limit of Audibility Tone Bars PIRA: 3C20.11 Range of hearing
OLD UT: 20.7B Doppler effect with pitch pipe on rotator PIRA: 3B40.25 Doppler reed
OLD UT: 46.6A Double slit diffraction patterns with laser PIRA: 6D10.10 Double slits and laser
OLD UT: 45.5A Newton's rings PIRA: 6D30.10 Newton's rings
Diffraction and Polarization - demos for chap 37, Serway
OLD UT: 46.3A Single slit diffraction patterns with laser PIRA: 6C10.10 Single slit and laser
OLD UT: 47.2A Multiple slit diffraction patterns with laser PIRA: 6D20.10 Number of slits
OLD UT: 47.3D Diffraction gratings PIRA: 6D20.53 Diffraction grating and laser
OLD UT: 47.3I Crossed gratings PIRA: 6D20.50 Crossed gratings
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4)A screen will appear showing the request that was sent to us ***If there is an error message, go back and make sure all infromation was filled in. If, after filling in all blanks, you still get an error message, contact Dr. Trappe at trappe@physics.utexas.edu, or just drop by.***