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Mechanics
- First Day Demos
- Things
are not What They Seem - M.0.1
- A
Set of First Day Demos - M.0.2
- Chaos - M.0.3
- Vectors and
Forces
- Vector
Board - M.1.1
- Projection
Force Table - M.1.2
- Hanging
Pulley - M.1.3
- Sailing
Closehauled - M.1.4
- Vector
Addition Arrows - M.1.5
- What is a Radian? - M.1.6
- Kinematics
- Motion
Concepts - M.2.1
- Acceleration
Down an Inclined Plane - M.2.2
- Motion
Concepts - Sonic Ranger - M.2.3
- Sonic Basketball - M.2.4
- First Law,
Inertia
- Jerk
the Table Cloth - M.3.1
- Flick
the Card - M.3.2
- Inertia
Ball - M.3.3
- Hoop
and Flask - M.3.4
- Bed
of Nails - M.3.5
- Partial
Pie Plate - M.3.6
- Hammer
and Rod - M.3.7
- Second Law
- Dynamics
Track Demos - M.4.1
- Third Law
- Paradox
of Forces - M.5.1
- Rockets - M.5.2
- Sail and
Prop - M.5.3
- Ballistocardiograph
- M.5.4
- Momentum
and Collisions
- A
Set of Momentum and Collision Demos
- Collision
Balls - M.6.1
- Dynamics
Track Collisions - M.6.2
- Reaction
Carts - M.6.3
- Hover
Disk Collisions - M.6.5
- Two
Balls Hanging - M.6.6
- Ballistic
Pendulum - M.6.7
- Impulse
- M.6.8
- Coefficient
of Restitution - M.6.9
- Weight
of an Hour Glass - M.6.11
- Crash
Test Dummies Video - M.6.12
- Happy
and Unhappy Impact - M.6.13
- Friction
- Friction
Blocks - M.7.1
- Terminal
Velocity - M.7.2
- Blackboard
Mechanics - M.7.3
- Statics
- Biceps Muscle - M.8.1
- Strut
and Tie Set - M.8.2
- Leaning
Ladder - M.8.3
- Gravitational
Acceleration
- Measurements
of g - M.9.1
- Acceleration
down an Inclined Plane - M.9.2
- Horizontal
and Vertical Bell Drop - M.9.3
- Three
Balls Falling - M.9.4
- Cavendish
Balance - M.9.5
- Guinea
and Feather Tube - M.9.6
- Local
Inertial Frame - M.9.7
- Falling
Chimney - M.9.8
- Drop
Two Balls - M.9.9
- Weightlessness - M.9.10
- Ballistics
- Ballistics
Pendulum - M.10.1
- Range
of a Gun - M.10.2
- Horizontal
and Vertical Ball Drop - M.10.3
- Monkey
and Hunter - M.10.4
- Water
Stream Ballistics - M.10.5
- Ping
Pong Cannon - M.10.6
- Galilean
Relativity - M.10.7
- Energy
- Galilean
Pendulum, Track - M.11.1
- Loop the Loop - M.11.2
- Faith
in Physics Pendulum - M.11.3
- Perpetual
Motion Top - M.11.4
- Measurement
of Horsepower - M.11.5
- Uniform
Circular Motion
- Simple
Accelerometer - M.12.1
- Centrifugal
Force - M.12.2
- Swing
a Bucket or Tray - M.12.3
- Coriolis
Force - M.12.4
- Principle
of a Foucalt Pendulum - M.12.5
- Rotational Inertia
- Rolling
Objects - M.12.1
- Loop
the Loop - M.12.2
- Rotational
Acceleration - M.12.3
- Torsion
Pendulum - M.12.4
- Turntable
and Weights - M.12.5
- Torque
- Torque
Illustrations - M.14.1
- Falling
Chimney - M.14.2
- Tricks
with a Meter Stick - M.14.3
- Torque Wrench - M.14.4
- Angular Momentum
- Turntable
and Weights - M.15.1
- Turntable
and Bicycle Wheel - M.15.2
- Gyroscopes
and Tops - M.15.3
- Center
of Mass Demostrations
- A
set of CM Demos - M.16.1
- Tiltable
Prism - M.16.2
- Tilted
Wine Bottle - M.16.3
- Stacking
Blocks - M.16.4
- Oloid Movie - M.16.5
Nonlinear Mechanics
- Paul Trap - M.17.1
- Compound Pendulum - M.17.2
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Harmonic
Motion and Waves
- Simple
Harmonic Motion
- Simple
Harmonic Motion
- Pendulum
Waves
- Driven
Mass on a Spring
- Driven
Torsion Pendlum
- Laser
Sine Wave from Tuning Fork
- Driven
Tuning Fork
- Current
Coupled Coils
- Two
Balls Hanging
- Parametric
Oscillation
- Resonance
- Waves
- Rubber
Hose or Wave Spring
- Space
Phone
- Bell
Wave Machine
- Longitudinal
and Transverse Waves
- Kundt's
Tube
- Ripple
Tank
- Fluorescent Motor
Driven String
- Microwaves
- Rudnick's
String
- Fourier
Analysis and Synthesis
- Group
and Phase Velocity
- Light
- Doppler
Shift
- Soap Film Oscillations
- Spontaneous Synchronization
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Electricity
and Magnetism
- Electrostatics
- Simple
Electrostatics Experiments
- Van
der Graaff Experiments
- Franklin's Bell's
- Avatar Love
- Electrophorus
- Wimshurst
Generator
- Dissectible
Leyden Jar
- Electric
Field Projection
- Coulomb's
Law
- Gauss's
Law
- Electric
Potential
- Faraday
Ice Pail
- Capacitors
and Inductors
- Leyden
Jars
- RC
Time Constant
- Parallel
Plate Capacitor
- Capacitors
and Inductors
- Back
EMF
- Big
Sparks
- Flowing
Charge
- Coin Shrinker, Can Cutter
- Magnetostatics
- Earth's
Magnetic Field
- Magnets
and Compasses
- Magnetic
Field of a Bar Magnet
- Compliance,
Reluctance, Coercion
- Simple
Measurement of B
- Barkhausen
Effect
- Rowland's
Ring
- Hysteresis
Curve
- Curie
Motor
- Paramagnetism
and Diamagnetism
- Curie
Temperature
- Gauss
Cannon
- Magnetic
Fields of Currents
- Lorentz
Force Law
- Long
Straight Wire
- Solenoid
and Loop Fields
- Parallel
Wires
- Oersted
Effect
- Magnetic
Effect on Current
- Jumping
Wire
- Meter
Movement
- Electrodynamics
- Faraday
Induction
- Current
Coupled Coils
- Lenz's
Law
- Transformers
- Tesla
Coils
- Motors
and Generators
- Hertzian
Waves
- Infrared,
Radiometer, and Maxwell's Spectrum
- Vector
Potential
- Mutual
Inductance
- EM
and Helical Electrons
- Transmission
Line
- Bicycle Generator
- Microwave Oven Experiments
- Paul Trap
- DC
Circuits
- Voltage
and Current Measurements
- Light
Bulbs in Series and Parallel
- Ohm's
Law
- Joule
Cooking
- Batteries
and Electrolysis
- Making
Ammeters and Voltmeters
- Internal
Resistance of a Meter
- Terminal
Voltage
- Temperature
Coefficient of Resistance
- AC
Circuits
- AC-DC
Difference
- The
90D Phase Shift of a Capacitor
- RC
and RL Circuits
- Filters
- RC
Integration and Differentiation
- RLC
Circuit and Resonance
-
Circuit Puzzle
-
Perfectly Safe Human Shocker
- Electronics
- Protoboards
- Solar
Cell
- Mag Lev
- Magnetic
Levitation
- Spin Stabilized Levitation
- Alcon Levitator
- Diamagnetic Stabilized Levitators
dd>
- Diamagnets & Frogs
- High
T Superconductor
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Acoustics
- Musical Instruments
- Effects of Sound
- Science
of Sound Tape
- Bell
in Vacuum
- Doppler
Shift
- Beats
and Sympathetic Vibration
- Voice
with Helium and SF6
- Kundt's
Tube
- Flame
Tube
- Helmholtz
Resonator
- Acoustical
Perception
- Acoustical
Interference
- Chladni
Plate
- Rijke
Tubes
- Rudnick's
Acoustical Cavity and Motor
- Breaking
Glass with Sound
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Optics
- Geometrical Optics
- Refraction
- Introducing
the Laser
- Blackboard
Optics
- Real
and Virtual Image Illusions
- Image
from a Lens or Mirror
- Multiple
Images in Mirrors
- Total
Internal Reflection
- Measuring
a Glasses Perscription
- Lens
Aberrations
- Sunset
Colors from Scattering
- Projected
Colors
- Speed
of Light
- Polarization
- Polaroid
Sheets
- Polarization
by Scattering
- Crossed
Polarizers
- Brewster's
Angle
- Birefringence
- Interference
and Diffraction
- Soap
Film
- Newton's
Rings
- Single,
Double and Multiple Slits
- Ripple
Tank
- Holograms
- Michelson
Interferometer
- Acoustical
Interference
- Spectra
- Gratings
- Dispersion
- Arc Tubes
- Absorption
of Sodium Light
- Projected
Mercury and Continuous Spectra
- Optical Instruments
- Optical
Instruments
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Matter
and Thermodynamics
- Fluids
- Isotropy
of Pressure
- Archimedes
Principle
- Odd
Shaped Vessels
- Pascal's
Vases
- Bernoulli
Demos
- Throw
'Em a Curve
- Effects
in a Vacuum
- Atmospheric
Pressure
- Imiscible
Fluids
- Connecting
Capillaries
- Velocity
of Efflux
- Viscosity
Bottles
- Cartesian
Driver
- Non-Newtonian
Fluids
- Heat
and Temperature
- Specific
Heat
- Conductivity
- Expansion
- Galileo's
Air Thermometer
- Thermocouple
- Fun
With LN2
- Drinking
Bird and Love Meter
- Fire Walking
- Anisotropic Heat
Conduction
- Gummy Bear Incinerator
- Thermodynamics
- Molecular
Motion
- Brownian
Motion
- Cooling
by Evaporation
- Boiling
by Cooling
- Ruchardt's
Cp/Cv Measurement
- Liquid
Helium Film
- Heat
Engines
- Laws
of Thermodynamics
- Matter
- Coefficient
of Restitution Balls
- Differential
Floatation
- Crystal
Models
- Nine
Basic Crystal Lattices
- Face-Centered
and Body-Centered Lattices
- Fourteen
Bravais Lattices
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Modern
Physics
- Special
Relativity
- Relativity
Films
- Michelson
Interferometer
- Special
Relativity
- Principal
of Equivalence and General Relativity
- Weightlessness
dd>
- Zero
g film
- The
Monkey and the POE
- Local
Inertial Frame
- Curved
Spacetime
- Hypercube
- Quantum
Mechanics and Atomic Physics
- e/m
- Black
Body Radiation
- Wave
Particle Duality
- Photoelectric
Effect
- Electron
Diffraction
- Barrier
Penetration
- Frank
Hertz Experiment
- Bohr
Atom
- Energy
Levels
- Nuclear
and Particle Physics
- Radioactivity
and Counters
- Heavy
Water
- Nuclear
Physics Films
- Nuclear
Physics Transparencies
- Cloud
Chamber
- Colored
Quarks
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Astronomy
- Introduction
- Classical Powers of Ten - Video
- Modern Powers of Ten -
Web
- Newton's Laws
- First Law, Inertia
- Second Law, Inertia
- Third Law, Inertia
- Binary Stars
- Gravity and Orbits
- Gravity Well
- Partial Pie Plate
- Ellipse Drawer
- Earth, Sun and Sky
- Lunar Orbit and Phases
- Celestial Sphere
- Desktop Planetarium
- Angular Momentum
- Turntable and Weights
- Supernova Bounce
- Light, Spectra, Atoms
- Prisms
- Gratings
- Spectral Arc Tubes
- H Spectrum Projection
- Doppler Shift
- Atomic Energy Levels
- Sodium Absorption
- Sunspots
- Quantum Mechanics
- Photoelectric Effect
- Laser Diffraction and Interference
- Blackbody Radiation
- Nuclear Physics
- Heavy Water
- Geiger Counter
- Cloud Chamber
- Optics
- Blackboard Optics
- Parabolic Mirror
- Inverting Telescope
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Author information goes here.
Copyright © 1997 [OrganizationName]. All rights reserved.
Revised: July 15, 1998 .
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