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MECHANICS
Demonstration SetM.1 - Blackboard MechanicsVector AdditionM.2(1) - Force TableM.2(2) - Fan CartM.2(3) - Perpendicular ComponentCenter of MassM.3(1) - Leaning Tower of PisaM.3(2) - Double Cone and Inclined PlaneM.3(3) - Center of Mass ApparatusM.3(4) - Finding the Center of GravityM.3(5) - Cyclist Riding on a WireM.3(6) - Pendulum on the CartM.3(7) - Center of Gravity ParadoxM.3(8) - The Feeble-Minded DiscM.3(9) - The Plastic BirdNewton's 1st LawM.4(1) - Dishes on a TableclothM.4(2) - Flipping the CardM.4(3) - Inertia AppratusM.4(4) - Lead Brick - Inertia DemonstrationM.4(5) - Loaded Cart Pulled by a StringM.4(6) - Bed of NailsM.4(7) - Intermediate Momentum of InertiaNewton's 2nd LawM.5(1a) - Shooting and Dropping a BallM.5(1b) - Ballistic CartM.5(1c) - Water Stream ParabolaM.5(1d) - The Bear and the Hunter DemonstrationM.5(1e) - Center of Mass RodM.5(2a) - Air TrackM.5(2b) - Accelerating GliderM.5(2c) - Cart on Inclined PlaneM.5(2d) - Air TableNewton's 3rd LawM.6(1) - Fan CartM.6(2) - Action and ReactionM.6(3) - Paradox of ForcesM.6(4) - Reaction CartsM.6(5) - Magnets on a BalanceM.6(6) - Hero's Jet EngineM.6(7) - CO2 Rocket - The Rocket Propulsion DemonstratorM.6(8) - Jet PropulsionGravitationM.7(1) - Coin and Feather TubeM.7(2) - Atwood MachineM.7(3) - Falling Body ExperimentM.7(4) - Hinged Stick and Falling BallCoservation of Linear MomentumM.8(1) - Small Reaction CartsM.8(2) - Large Reaction CartsM.8(3) - Jet PropulsionM.8(4) - Super Ball Collision SetM.8(5) - Collision Ball ApparatusM.8(6) - Dead Ball - Live BallConservation of Mechanical EnergyM.9(1) - Bowling Ball PendulumM.9(2) - Loop-the-LoopM.9(3) - Energy of RotationM.9(4) - Ballistic PendulumM.9(5) - High Road - Low RaodM.9(6) - Interrupted PendulumTorqueM.10(1) - Simple LeverM.10(2) - Torque DemonstrationM.10(3) - Maxwell's Wheel - Rolling SpoolFrictionM.11 - Friction BlocksCentripetal ForceM.12(1) - Centripetal HoopM.12(2) - Rotator GlobeM.12(3) - Loop-The-LoopM.12(4) - Centripetal Force Appratus #1Rotational MotionM.13(1) - Moment of Inertia of a Disk and a RingM.13(2) - Axis of RotationM.13(3) - Rolling and Sliding - Energy of RotationM.13(4) - Falling Ball and Hinged SticM.13(5) - The Aberrant Candle FlameM.13(6) - Moment of Inertia ApparatusConservation of Angular MomentumM.14(1) - Rotating Platform and DumbbellsM.14(2) - Bicycle Wheel GyroscopeM.14(3) - Tippe-TopM.14(4) - GovernorM.14(5) - Rotation of a Non-Homogenous SphereGyroscopeM.15(1) - Large Demonstration GyroscopeM.15(2) - Demonstration GyroscopeM.15(3) - Gyroscope with Gimbal RingsM.15(4) - Air-Bearing GyroscopeM.15(5) - Bicycle Wheel GyroscopeM.15(6) - Maxwell TopPERIODIC MOTION
Simple Harmonic MotionP.1(1) - Simple Harmonic OscillatorP.1(2) - Simple PendulumP.1(3) - Sine Wave RecorderP.1(4) - Relationship Between SHM and Uniform Circular MotionP.1(5) - Compound PendulumP.1(6) - Inverted PendulumP.1(7) - Wilbur PendulumP.1(8) - Torsion PendulumWAVES
Wave MotionW.1 (1) - Large Transversal Wave MachineW.1 (2) - Longitudinal Wave MachineW.1 (3) - Rubber RopeW.1 (4) - Tuning Fork with StylusStanding WavesW.2 (1) - Vibrations in a String - Melde's ExperimentW.2 (2) - Standing Wave Across Two Different MediumsW.2 (3) - Chladni's Sand FiguresSound WavesW.3 (1) - Organ PipesW.3 (2) - Electric Buzzer in VacuumW.3 (3) - Resonance ApparatusInterferenceW.4 (1) - Ripple TankW.4 (2) - Phase Difference Wave MachineResonanceW.5 (1) - Sympathetic Tuning ForksW.5 (2) - Resonance ApparatusW.5 (3) - Glass Breaking Using ResonanceW.5 (4) - ME-311 Resonance DemonstratorBeatsW.6 (1) - Tuning ForksDoppler EffectW.8(1) - Ripple TankW.8 (2) - Swinging a Tuning ForkW.8 (3) - Spinning WhistleW.8 (4) - Doppler RocketOPTICS
Reflection, Refraction and DispersionO.1 (1) - Ray Optics Laser SystemO.1 (2) - Optical DiskO.1 (3) - Refraction TankO.1 (4) - Total Internal ReflectionO.1 (5) - LensesO.1 (6) - PrismO.1 (7) - Disappearing BeakerInterference and DiffractionO.2 (1) - Projection of Grating SpectraO.2 (2) - Different Gases SpectrumO.2 (3) - Newton's Ring ApparatusO.2 (4) - Interference ModelO.2 (5) - Single and Double Slit Diffraction PatternsO.2 (6) - Other Diffraction PatternsO.2 (7) - Diffraction Grating ModelO.2 (8) - Young's Double Slit ApparatusMirrorsO.3 (1a) - Suspended BallO.3 (1b) - IllusionO.3 (2) - Two Mirrors - Multiple ImagesO.3 (3a) - Candle Burning at Both EndsO.3 (3b) - Spherical Aberration for a MirrorPolarizationO.4 (1) - Polarizing FiltersO.4 (2) - Double RefractionO.4 (3) - Brewster's Angle: Polarization by ReflectionO.4 (4) - Red Sunset ExperimentColorsO.5 (1) - Color BoxO.5 (2) - Subtractive Color MixingO.5 (3) - Newton's Color DiskO.5 (4) - Color LightsHologramsO.6 (1) - Plane HologramO.6 (2) - Full View HologramO.6 (3) - "Star Trek" Reflection HologramSolar EnergyO.7 - Solar CarFLUIDS
Atmospheric and Hydrostatic PressureF.1(1) - Magdeburg PlatesF.1(2) - Bubble BursterF.1(3) - Constant Level TubesF.1(4) - Water PumpsF.1(5) - Intermittent SiphonF.1(6) - Metal CanF.1(7) - Torricelli's LawF.1(8) - Lung Demonstration ApparatusF.1(9) - Cloud FormationF.1(10) - Blood Pressure MeterPascal's PrincipleF.2(1) - Glass Pressure SyringeF.2(2) - Water PressureF.2(3) - Constant Level TubesArchimede's PrincipleF.3 - Bucket and PlummetBuoyancy and DensityF.4 - Buoyance and DensitySurface TensionF.5(1) - Film of SoapF.5(2) - Surface Tension ApparatusF.5(3) - Capillary ApparatusF.5(4) - Centripetal ForceNon-Newtonian FluidF.6 - Non-Newtonian FluidsBernoulli's TheoremF.7(1) - Venturi TubeF.7(2) - Suspended Ping-Pong BallF.7(3) - Nozzle and Two Sheets of CardboardF.7(4) - Ball in a FunnelF.7(5) - Wind Storm and House RoofsF.7(6) - Perfume BottleConvectionF.8(1) - Convection of Liquids ApparatusF.8(2) - Convection of Gases ApparatusTemprature Dependence on Water Density - Density BallF.9 - Temperature Dependence on Water Density - Density BallHEAT
Heat Radiation, Absorption and ReflectionH.1(1) - Crooke's RadiometerH.1(2) - Concave MirrorsH.1(3) - Solar FurnaceThermal ExpansionH.2(1) - Ball and Ring SetH.2(2) - Unequal Expansion BarH.2(3) - Rubber Band MotorHeat ConductivityH.3 - Heat ConductivitySpecific HeatH.4 - Specific HeatLava Lite LampH.5 - Lava Lite LampTHERMODYNAMICS
Change of StateT.1(1) - CryophorusT.1(2) - Metal CanT.1(3) - Liquid Nitrogen DemonstrationT.1(4) - PVT Models for CO2 and H2OT.1(5) - Pulse GlassT.1(6) - Supercooled DemoMechanical Equivalent of HeatT.2(1) - Vapor PressureT.2(2) - Mechanical Equivalent of Heat ApparatusThermal Behavior of GasesT.3(1) - Shaving Cream DemonstrationT.3(2) - Compression Ignitor Joule Thompson ModelT.4 - Joule Thompson EffectEngine ModelsT.5(1) - Drinking BirdT.5(2) - Hero's Jet EngineT.5(3) - Steam EngineT.5(4) - Stirling Cycle Hot-Air EngineT.5(5) - Two-Stroke EngineT.5(6) - Four-Stroke EngineT.5(7) - Thermoelectric ConverterThermocoupleT.6(1) - ThermocoupleELECTROSTATICS
Attraction, Repulsion and InductionE.1(1) Pith BallsE.1(2) Braun ElectroscopeE.1(3) Leaf ElectroscopeE.1(4) Demonstration ElectroscopeE.1(5) Stream of WaterE.1(6) ElectrophorousE.1(7) Induction SpheresWimshurst Static Machine and AccessoriesE.2(1) Wimshurst Static GeneratorE.2(2) Bell ChimesE.2(3) Electric WhirlVan De Graaff GeneratorE.3(1) Van de Graaff Generator with DischargerE.3(2) Van de Graaff's AccessoriesGauss' LawE.5(1) Hollow CylinderE.5(2) Faraday CageE.5(3) Faraday Ice Pail ExperimentCAPACITORS
Parallel State CapacitorC.1 - Parallel Plate CapacitorPaper, electrolytic and Variable CapacitorsC.2 - Paper, Electrolytic and Variable CapacitorsDissectable Leyden JarC.3 - Dissectable Leyden JarEnergy in a CapacitorC.4(1) - Driving a MotorC.4(2) - Discharging with a Metal BarC.4(3) - Wire ExploderRC Time ConstantC.5 - Neon-Tube Relaxation Oscillator CircuitELECTRICITY
Lamp BoardEL.1 - Lamp BoardResistors in Series and ParallelEL.2 - Resistors in Series and ParallelPiezoelectric DemonstratorEL.3 - Piezoelectric DemonstratorThermocoupleEL.4 - ThermocoupleSolar Radiation and Electrical CurrentEL.5 - Solar CarConductivity of a SolutionEL.6 - Conductivity of a SolutionDC MeasurementsEL.7 - DC MeasurementsMAGNETOSTATICS
Magnetic Field
MG.1 - Magnetic Field
Floating MagnetsMG.2 - Floating MagnetsMagnetic PolesMG.3 - Magnetic PolesMagnetic Property of IronMG.4 - Magnetic Property of IronDomainsMG.5 - DomainsMagnetic Dip NeedleMG.6 - Magnetic Dip NeedleELECTROMAGNETICS
Magnetic Effects of CurrentEM.1(1) - Oersted's Law ApparatusEM.1(2) - Magnetic Field About a Wire - Compass BoardEM.1(3) - Magnetic Field About Two Parallel WiresInduced CurrentEM.2(1) - Thermoelectric PairEM.2(2) - Faraday Electromagnetic Induction ExperimentEM.2(3) - Induction RailsEM.2(4) - Current Coupled CoilsEM.2(5) - Induced Current - Two CoilsEM.2(6) - Jumping Ring ExperimentEM.2(7) - The Submerged LampEM.2(8) - Force Between a Coil and a MagnetEM.2(9) - Force Between Two CoilsEM.2(10) - Electromagnetic DampingTransformersEM.3(1) - The Small TrasformerEM.3(2) - Induction Coil TransformerEM.3(3) - Tesla CoilEM.3(4) - Mutal Induction of a TransformerForce Between Parallel Current-Carrying ConductorsEM.4(1) - Dancing CoilEM.4(2) - Copper StripeEM.4(3) - Attracted RingsEddy CurrentEM.5(1) - Swinging Aluminum PlateEM.5(2) - Eddy Current MotorEM.5(3) - Eddy Current LevitatorEM.5(4) - Lenz's LawCurrent in a Magnetic FieldEM.6(1) - An Estimate by a Spring BalanceEM.6(2) - Faraday's MotorEM.6(3) - Mechanical Effects on a WireEM.6(4) - DC Electric MotorEM.6(5) - Conducting RailsEM.6(6) - Light-Bulb - AC/DC DifferenceEM.6(7) - Electromagnetic SwingEM.6(8) - Electron Motion in a Uniform Magnetic FieldElectric GeneratorEM.7 - Electric GeneratorGalvanometerEM.8 - GalvanometerLRC CircuitsEM.9(1) - Electric Light Dimmer - RL in SeriesEM.9(2) - LRC in SeriesEM.9(3) - Resonance Curve in LRC CircuitsEM.9(4) - Phase Difference in a RC CircuitHertzian WavesEM.10 - Short Wave Radio Demonstration ApparatusResistance of ConductorsEM.11 - Resistance of Conductors - Temperature DependenceMODERN PHYSICS
Cathode Ray TubesMP.1(1) - Kinetic Energy EffectMP.1(2) - Shadow Effect - The Maltese CrossElectron Motion in a Uniform Magnetic FieldMP.2 - Electron Motion in a Uniform Magnetic FieldCrystal StructureMP.3 - Crystal StructureElectron DiffractionMP.4 - Electron DiffractionRadioactivityMP.5(1) - Geiger CounterMP.5(2) - Diffusion Cloud ChamberSuperconductivityMP.6 - SuperconductivityFluorescent Liquids SetMP.7 - Fluroscent Liquids Set