Demo Request Form

Sorry, but due to a vulnerability, you probably can't even read this warning that things might not be working.... I'm trying to fix it ASAP. If you're reading this, please write Dawson directly if this form doesn't work.

Summaries of available demos may be viewed via the following links:
Mechanics | Fluid Mechanics | Oscillation and Waves | Thermodynamics | Electricity and Magnetism | Optics | Modern Physics

Current Reservations

No requests between now and Tue Apr 14th

Statistics for 2020A:

[↑ Collapse]

Total requests to date: 382 total (84 different) demos for 195 classes.
There was a 74.7% success rate (268/359 delivered).

Demo	#
1D60.301D60.30: Hunter and monkey (projectile motion)	21×
1D60.101D60.10: Pasco cart and projectile launcher	17×
1N30.301N30.30: Elastic & inelastic collisions with Pasco carts	16×
1M40.101M40.10: Nose basher with croquet ball	15×
1C20.301C20.30: Constant acceleration of a cart on Pasco track	14×
1K20.201K20.20: Friction of block on board	14×
1N30.101N30.10: Collision balls	13×
1H10.061H10.06: Pulling on two scales	13×
1D60.201D60.20: Drop and shoot apparatus	12×
1H20.101H20.10: 3rd Law carts	10×
1C20.151C20.15: Large feather and penny in a vacuum (festival version)	10×
E1-02E1-02: Using a charge on a rod to move a soda can	9×
1G10.451G10.45: Atwood's machine (bike wheel version)	9×
1M40.201M40.20: Loop the loop (conservation of energy)	8×
E7-05E7-05: Jumping rings	8×
E6-01E6-01: Oersted's experiment (wire over a compass)	7×
E1-01E1-01: Producing electrostatic charges	7×
1F20.301F20.30: Inertia of soda cans	7×
E6-04E6-04: Magnetic field around a large coil	6×
E4-01E4-01: Series and parallel light bulbs (circuit analysis)	6×
1N30.201N30.20: Galilean Cannon (Conservation of Linear Momentum)	6×
1F20.101F20.10: Inertia ball	6×
E6-03E6-03: Magnetic field around a wire and solenoids	6×
E1-04E1-04: Van de Graaff generator	5×
E6-05E6-05: Magnetic force on a current-carrying wire	5×
E1-00E1-00: Charging by friction - triboelectricity	5×
1D50.401D50.40: Whirling beaker of water	5×
1J10.101J10.10: Center of gravity (map of Texas)	5×

Demo	#
1C20.101C20.10: Penny and feather in a vacuum	4×
E6-02E6-02: Magnets and iron fillings (magnetic fields)	4×
E1-05E1-05: Van de Graaff generator with pie pans	4×
1N40.101N40.10: Ballistic pendulum	4×
1Q40.301Q40.30: Rotating stool with bike wheel and weights	4×
1R10.101R10.10: Hooke's Law	4×
E6-06E6-06: Magnetic force on a current-carrying coil	3×
6D20.206D20.20: Diffraction grating/spectrum of discharge tubes	3×
E2-03E2-03: Faraday cage and radio	3×
E7-03E7-03: Magnet falling in tube (Lenz's Law)	3×
E3-02E3-02: Parallel plate capacitor	3×
1G10.401G10.40: Atwood's machine	3×
E6-10E6-10: Magnetic field line model	3×
E6-07E6-07: Magnets	3×
E1-03E1-03: Electrostatic force in moving a wood board	3×
1F20.201F20.20: Iron block and hand	3×
E3-04E3-04: Parallel plate capacitor with a dielectric	3×
1Q50.211Q50.21: Bike wheel gyroscope on rope	3×
E6-09E6-09: Magnet broken but no monopole	3×
1J20.301J20.30: Center of gravity with a belt	2×
2B30.252B30.25: Evacuated can	2×
1C20.351C20.35: PASCO Fan Cart (Vector Forces and Newton's 3 Laws)	2×
E3-01E3-01: Assortment of capacitors	2×
2B30.302B30.30: Magdeburg hemispheres	2×
1C20.401C20.40: Brachistochrone (Curve of Fastest Descent)	2×
E5-01E5-01: RC time constant	2×
1Q10.201Q10.20: Downhill Race with Cookie Cans (Moment of Inertia)	2×
2B30.352B30.35: Vacuum Lifter	2×

Demo	#
6H10.106H10.10: Polaroids on an overhead	2×
E7-09E7-09: Hand-crank generator	2×
E3-03E3-03: Parallel plate capacitor and ionization of air	2×
2B40.302B40.30: Cartesian diver (density and buoyancy)	2×
2C20.302C20.30: Bernoulli (with large plastic balls)	2×
E7-07E7-07: DC motor apparatus	2×
1J20.101J20.10: Balancing Bird (Center of Gravity)	2×
E2-02E2-02: Faraday cage and electric charges	2×
1K10.301K10.30: Spool and string (dynamic torque)	1×
E1-06E1-06: Dual van de Graaff generators with streamers	1×
E7-19E7-19: Lenz's light tube	1×
E7-02E7-02: Eddy-current pendulum	1×
3A40.103A40.10: Simple harmonic motion (ball on spring/motor)	1×
E4-02E4-02: Wheatstone Bridge	1×
E6-11E6-11: Torque of a bar magnet	1×
6D30.106D30.10: LIGO (Michelson interferometer)	1×
E1-09E1-09: Equipotential surfaces and E-field vectors (under construction)	1×
E7-04E7-04: Magnetic force on metal rings (Lenz's Law)	1×
E6-13E6-13: Torque of a current loop in a magnetic field (under construction)	1×
3B10.203B10.20: Slinky on table (transverse pulse and waves)	1×
E2-01E2-01: Faraday 'ice pail'	1×
E7-06E7-06: Jacob's ladder	1×
1J11.501J11.50: Double cone on rails	1×
E1-07E1-07: Wimshurst generator and Franklin's bells	1×
1Q10.101Q10.10: Moment of Inertia Rods	1×
E1-08E1-08: Flux model	1×
E7-11E7-11: Electromagnetic alternator bike	1×
1Q10.301Q10.30: Ring and disk (moment of inertia)	1×

Request form

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Demos*	Pick any number of demos from the following categories: [↓ Mechanics][↑ Collapse list of Mechanics demos] 1C20.10Penny and feather in a vacuum 1C20.15Large feather and penny in a vacuum (festival version) 1C20.30Constant acceleration of a cart on Pasco track 1C20.35PASCO Fan Cart (Vector Forces and Newton's 3 Laws) 1C20.40Brachistochrone (Curve of Fastest Descent) 1D50.40Whirling beaker of water 1D50.45Whirling coat hanger and coin 1D60.10Pasco cart and projectile launcher 1D60.20Drop and shoot apparatus 1D60.30Hunter and monkey (projectile motion) 1F20.10Inertia ball 1F20.20Iron block and hand 1F20.30Inertia of soda cans 1G10.40Atwood's machine 1G10.45Atwood's machine (bike wheel version) 1G20.45Dropped slinky 1H10.06Pulling on two scales 1H20.103rd Law carts 1J10.10Center of gravity (map of Texas) 1J11.50Double cone on rails 1J20.10Balancing Bird (Center of Gravity) 1J20.30Center of gravity with a belt 1J40.10Torque meter 1K10.30Spool and string (dynamic torque) 1K20.20Friction of block on board 1K30.10Bed of nails (pressure) 1M40.10Nose basher with croquet ball 1M40.20Loop the loop (conservation of energy) 1N30.10Collision balls 1N30.20Galilean Cannon (Conservation of Linear Momentum) 1N30.30Elastic & inelastic collisions with Pasco carts 1N40.10Ballistic pendulum 1Q10.10Moment of Inertia Rods 1Q10.20Downhill Race with Cookie Cans (Moment of Inertia) 1Q10.30Ring and disk (moment of inertia) 1Q20.50Faster than gravity (hinged board) 1Q40.30Rotating stool with bike wheel and weights 1Q50.21Bike wheel gyroscope on rope 1Q50.25Pasco gyroscope 1Q50.30Briefcase Gyroscope 1R10.10Hooke's Law [↓ Fluid Mechanics] [↑ Collapse list of Fluid Mechanics demos] 2A20.10Capillary tubes 2B20.40Pascal's vases (static pressure) 2B30.25Evacuated can 2B30.30Magdeburg hemispheres 2B30.35Vacuum Lifter 2B40.20Archimedes' principle (density and buoyancy) 2B40.30Cartesian diver (density and buoyancy) 2C20.30Bernoulli (with large plastic balls) [↓ Oscillations and Waves] [↑ Collapse list of Oscillation and Waves demos] 3A30.10Wave pendulum 3A40.10Simple harmonic motion (ball on spring/motor) 3A60.10Tacoma Narrows bridge (DVD format) 3A70.10Wilberforce pendulum (coupled oscillations) 3A70.25Coupled pendulum 3B10.20Slinky on table (transverse pulse and waves) 3B10.30Wave machine (transverse pulse and waves) 3B22.10Standing waves on a rope 3B30.30Bell in a vacuum 3B40.10Chladni Plates 3B55.10Two speaker interference 3B60.10Beats with tuning forkes 3B70.10Couple tuning forks (coupled resonators) 3D30.35Bloggles (resonance cavities) [↓ Thermodynamics] [↑ Collapse list of Thermodynamics demos] 4A30.00Linear expansion of metal rods (solid expansion) 4A30.10Bi-metal strip 4A30.20Ball and ring 4C10.10PVT surfaces 4C30.10Geyser 4C33.50Pulse glass 4D20.10Crooke's radiometer [↓ Electricity and Magnetism] [↑ Collapse list of Electricity and Magnetism demos] E1-00Charging by friction - triboelectricity E1-01Producing electrostatic charges E1-02Using a charge on a rod to move a soda can E1-03Electrostatic force in moving a wood board E1-04Van de Graaff generator E1-05Van de Graaff generator with pie pans E1-06Dual van de Graaff generators with streamers E1-07Wimshurst generator and Franklin's bells E1-08Flux model E1-09Equipotential surfaces and E-field vectors (under construction) E1-10Plasma Globe with Fluorescent Bulb E2-01Faraday 'ice pail' E2-02Faraday cage and electric charges E2-03Faraday cage and radio E3-01Assortment of capacitors E3-02Parallel plate capacitor E3-03Parallel plate capacitor and ionization of air E3-04Parallel plate capacitor with a dielectric E3-05Cathode Ray Tube (Deflection of Electron by E-Field) E4-01Series and parallel light bulbs (circuit analysis) E4-02Wheatstone Bridge E5-01RC time constant E6-01Oersted's experiment (wire over a compass) E6-02Magnets and iron fillings (magnetic fields) E6-03Magnetic field around a wire and solenoids E6-04Magnetic field around a large coil E6-05Magnetic force on a current-carrying wire E6-06Magnetic force on a current-carrying coil E6-07Magnets E6-08Magnetic spinner E6-09Magnet broken but no monopole E6-10Magnetic field line model E6-11Torque of a bar magnet E6-12Magnetic field of a current loop -- model (under construction) E6-13Torque of a current loop in a magnetic field (under construction) E6-14Torque on a current loop -- model E7-01Induced emf in a coil E7-02Eddy-current pendulum E7-03Magnet falling in tube (Lenz's Law) E7-04Magnetic force on metal rings (Lenz's Law) E7-05Jumping rings E7-06Jacob's ladder E7-07DC motor apparatus E7-08AC generator E7-09Hand-crank generator E7-10Force between two current-carrying coils (under construction) E7-11Electromagnetic alternator bike E7-12Large eddy-current tubes (Lenz's Law) E7-13Magnetic brake E7-14Jacob's ladder (with swords) E7-15Cathode-ray tube -- deflection by a magnet (under construction) E7-16Induction in a single wire (under construction) E7-17Self induction (under construction) E7-18Eddy currents on a soda can in a magnetic field E7-19Lenz's light tube E8-01AC vs DC voltage on an inductive coil [↓ Optics] [↑ Collapse list of Optics demos] 6A20.35Mirage (reflection from curved surfaces) 6A44.40Light through a thick fibre optic 6A60.10White board optics (concave and convex lenses) 6A60.30Image formation with lenses 6D10.10White light and Cornell slides 6D20.15Diffraction grating/laser 6D20.20Diffraction grating/spectrum of discharge tubes 6D30.10LIGO (Michelson interferometer) 6F30.10Dispersion of light by a prism 6F40.10Blue sky (Rayleigh scattering) 6F40.20Rotating polarization with corn syrup 6H10.10Polaroids on an overhead 6H10.15Polarization and Birefringence 6H10.20Microwave polarization 6H10.25Brewster's Angle 6H50.00Depolarization by scattering using wax paper [↓ Modern Physics] [↑ Collapse list of Modern Physics demos] 7B10.10Emission spectra 7C10.10Chain Reaction with Speakers (Nuclear Fission)
Class date*
Class time*	8:00am - 8:50am9:10am - 10:00am10:20am - 11:10am11:30am - 12:20pm12:40pm - 1:30pm1:50pm - 2:40pm3:00pm - 3:50pm4:10pm - 5:25pm5:45pm - 7:00pm 8:00am - 9:15am9:35am - 10:50am11:10am - 12:25pm12:45pm - 2:00pm2:20pm - 3:35pm3:55pm - 5:10pm5:30pm - 6:45pm
Class room*	MPHY 107MPHY 109MPHY 203MPHY 204MPHY 205MPHY 213MPHY 331MIST 102MIST 108Hawking AuditoriumDowntown BryanOther
Course code*	ASTR 101ASTR 103ASTR 104ASTR 109ASTR 111ASTR 314PHYS 123PHYS 201PHYS 202PHYS 206 (DP)PHYS 206 (UP)PHYS 207 (DP)PHYS 207 (UP)PHYS 208 (DP)PHYS 208 (UP)PHYS 221PHYS 222PHYS 225PHYS 302PHYS 303PHYS 304PHYS 305PHYS 309PHYS 426Sat Morn PhysPhysics ShowFirst FridayOther (please specify the new course code in the 'Notes' field below)
Notes/special requests

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