Demo used for 7C-fall/Catherine Bordel 7C/2023

Provides the Demo List.
UCB IndexTitlesort ascendingDate
E+60+40 Variable index of refraction: laser beam bends in water tank with sugar.2023-09-05
F+15+0 UV light hits charged zinc plate and discharges electroscope.2023-10-31
F+15+0 UV light hits charged zinc plate and discharges electroscope.2023-11-02
B+25+0 Transverse wave model, hand-cranked.2023-08-29
E+60+5 Total internal reflection/critical angle: Nakamura water tank.2023-09-05
E+25+25 Thin film interference with optical flats and sodium lamp.2023-09-21
E+25+25 Thin film interference with optical flats and sodium lamp.2023-09-26
F+20+5 Rutherford scattering model: Steel balls, launcher, and "hill".2023-11-07
B+25+10 Rubber rope stretched across front of room.2023-09-21
B+25+10 Rubber rope stretched across front of room.2023-09-26
B+50+10 Rope and strobe: Transverse standing waves, motor driven.2023-11-14
E+50+20 Refraction of white light by prism using arc lamp.2023-09-05
E+40+30 Reflections from concave and convex mirrors with lighted arrow.2023-09-07
E+30+15 Real images: Lighted arrow image and various lenses.2023-09-12
E+40+10 Phantom lightbulb: Image in a plane mirror.2023-08-31
D+0+4 Parallel plate capacitor with dielectric materials and electroscope.2023-08-24
E+30+65 Model of the eye, with near/far sight lenses, using arc lamp.2023-09-14
E+45+10 Malus experiment: Polarization by reflection off glass surface.2023-09-19
B+25+5 Longitudinal wave model, hand-cranked.2023-08-29
E+25+55 Lloyd's mirror: Laser beam interferes with reflection from glass.2023-09-26
E+10+45 Limit of resolution: Two small lamps on adjustable slide.2023-09-28
F+15+5 Light through different filters into phototube changes current.2023-10-31
F+15+5 Light through different filters into phototube changes current.2023-11-02
C+65+2 Light the Match.2023-08-29
E+60+15 Light pipes and fiber optic flashlight.2023-09-05
E+25+15 Laser beam through various slit and grating combinations.2023-09-21
E+25+15 Laser beam through various slit and grating combinations.2023-09-26
E+10+5 Laser beam through sets of 1, 2, or multiple electro-formed slits.2023-09-28
B+35+0 Large wood model of a double slit with hinged waves.2023-09-21
F+10+0 Electron diffraction by aluminum and graphite on CRT.2023-11-14
E+30+55 Compound microscope is assembled from lenses.2023-09-14
E+45+25 Commercial Polaroid filters on an OHP.2023-09-19
E+40+40 Clam shell mirrors: Floating coin illusion.2023-09-07
E+30+10 Blackboard optics: Light sources with lucite lenses.2023-09-12
B+35+30 Beats from two speakers observed on an oscilloscope.2023-11-16
E+30+45 Astronomical telescope: Using objective and eyepiece lenses.2023-09-14
E+40+0 Arc lamp and mirror on large disk rotate showing beam angles.2023-08-31
E+10+10 Airy's disk: Pinhole diffraction using laser beam.2023-09-28
F+20+0 "Plum pudding": Corks with magnets float in bowl/solenoid on OHP.2023-11-07
Provides the Special Request Demo List.
UCB IndexTitlesort ascendingDate
-Would it be possible for the big demos to be left on a cart to avoid blocking the view of the boards?2023-09-05
-Is there any demo about forces due to radiation pressure?2023-08-31
-If possible, could you put the radiation demo on a cart next to one end of the table? That would prevent the large mirrors from blocking the view. Also, I'd like to get the 'demo' showing the direction of the E and B fields for an EM wave propagating in vacuum.2023-08-29
-If it's not too complicated, is it possible to set up E+25+15 so that I could switch lasers (red and green) rapidly and observe the difference on the interference pattern for a given set of slits?2023-09-26
-I'd like to get the PhET simulation about the 1d square well, showing the energy levels, wave functions and probability densities.2023-11-21
-I'd like the PhET simulation with the 1d square well2023-11-30
-I would also like to get the PhET simulation on the photoelectric effect2023-11-02
-I don't need the strobe2023-11-14
-I don't need the electroscope but I'd like to have one wire connected to each plate, as well as a plastic bag and an elastic band (or string) to tie the bag to the rim of one of the plates. The goal is to explain the existence of a displacement current within the gap of the capacitor by showing a surface that is not pierced by a wire connecting the capacitor to the rest of the circuit. Let me know if you have a better idea!2023-08-24
-Having E+40+30 on a cart might be helpful, if possible2023-09-07
-Could you please find a website that shows the absorption/emission spectra for various elements? and maybe an app that shows the spectral lines associates with the energy jumps in the H atom ?2023-11-09
-Can I get a tourmaline crystal and a slide with text to show the birefringence on the OHP?2023-09-19