Demonstration List

Updated: 01/13/2012

Mechanics

M01: Pasco dynamics Track M03: Ellipse Drawing Board M04: Equilibrium of Forces M05: Methods for Measuring Motion M07: Atwood's Machine M09: Hover Puck M10: Newton's First Law-Table Cloth Trick M11: Inertia Ball M12: Newton's Third Law-Opposing scales M13: Elevator - Newton's First Law M20: Egg and Sheet M24: Air Track Demonstrations M28: Falling Bodies M32: Feather and Coin M34: Air Drag M36: Monkey and Hunter M37: Dual Projectiles M38: Ballistic Car M39: Drop/Shoot M40: Trebuchet M42: Dynamics of Circular Motion M45: Air Table Collisions M50: Nose Basher M55: Carbon Dioxide Rocket cart M56: Low Friction Game of Catch M58: Balls for Bouncing Collisions M59: Collisions of Balls

M60: Frictional Properties of Materials M61: Inclined Plane Problems M63: Center of Mass - Earth/Moon Model M64: Center of Gravity M65: Center of Gravity Toys M70: Central Force Demo M71: Kinetic and Potential Energy M72: Loop the Loop M73: Rotational Inertia M74: Angular Acceleration-Rolling Bodies M75: Rolling Without Slipping M76: Conservation of Angular Momentum M78: Rotational Platform M79: Torsion Pendulum M80: Simple Harmonic Motion (SHM) M81: SHM Using the Air Track M83: Reference Circle in SHM M84: The Physical Pendulum M85: Forced Vibrations M86: Coupled Oscillators M87: Wilberforce Pendulum M88: Nonlinear Oscillator M89: Pendulum Wave M90: Symmetrical Top M91: Pasco Computerized Gyroscope M100: Miscellaneous Supplies

Fluids

F01: Computer Based Pressure Measurements F08: Pacals Vials-Pressure in a Liquid F11: Atmospheric Cannon F12: Atmospheric Can Crusher F13: Atmospheric Pressure Lift F14: Magdeburg Hemispheres F20: Archimedes' Principle F22: Density Balls

F23: Cartesian Diver F30: Soap Bubble Films F50: Bernoulli's Principle F51: Pasco Bernoulli Cart F53: Venturi Meter Demonstration F60: Acoustic Cannon F100: Miscellaneous Supplies

Heat & Thermodynamics

H01: Computer Based Thermometers H02: Conventional Thermometers H03: Liquid Crystal Sheets H04: Molecular Models H05: Molecular Motion H09: Galileo's Thermometer H10: Thermal Expansion of Air H14: Thermal Expansion of Metals H18: Ice Bomb H20: Constant Volume Thermometer H30: Low T Boiling of Water H31: Low T Boiling of Water - Franklin Flask H40: Thermal Conductivity

H44: Convection in Gases H48: Radiometer H55: Solar Cell H56: Thermoelectric Converter H57: Low delta T Sterling Engine H58: Pasco Heat Engine H70: Thermocouple Lifting Magnet H90: Reverse Entropy Machine H92: 3-D Triple point plot H95: Drinking Bird H96: Palm Glass H100: Miscellaneous Supplies

Electricity & Magnetism

E01: Pasco Electrostatics E02: Properties of Electric Charge E03: Distribution of Electric Charge E04: Capacitance E05: Properties of a Simple Capacitor E06: Capacitors - Commercial E10: Van de Graaff Generator E11: Wimshurst Machine E12: Simple Battery E13: Two Potato Clock E18: Lamps in Series E20: Series/Parallel Circuit E23: RC Circuit E25: Resistance vs Temperature E38: Lodestone E39: Magnetic Compass E40: Magnetic Field Lines E41: 2-D Magnetic Field Demonstrator E42: 3-D Magnetic Field Demonstrator E43: Permanent & Electromagnets E44: e/m Demonstration E45: Helmholtz Coils E46: Magnetic Deflection-Electron Beam E48: Oersted's Law E50: Magnetic Force on a Wire E56: Force between Parallel Currents

E60: Solenoid in a Magnetic Field E61: Faraday's Law - Computer E62: Faraday's Law - AC E63: Faraday's Law - Oscilloscope E64: Faraday's Law - Coils E65: Faraday's Law - Flashlight E66: Self-Inductance E67: Pasco Lenz's Law Demonstrator E68: Induced Currents-Jumping Rings E72: Lenz's Law Pendulum E74: LR and LRC Circuits E76: LR and LRC Circuits with AC E80: Wooden Motor Model E81: Working Motor/Generator Model E82: Hand Crank Motor/Generators E85: Tesla Coils E86: Plasma Ball E87: Jacobs Ladder E89: Superconductivity E90: Electrical Analog Meters E91: Electrical Digital Meters E92: Electrical Signal Generators E93: Electrical Power Supplies E94: Digital Oscilloscope E100: Miscellaneous Supplies

Waves & Sound

W01: Tuning Forks with Resonators W02: Tuning Fork Sets W03: A Harmonic Cord W04: Displaying Sound Waves W05: Fourier Synthesizer W07: Dual Function Generator W08: Waveform Analyzer W09: Wurlitzer Piano W10: Mechanical Waves W13: Longitudinal Wave Demonstrator 1 W14: Wave Machine W15: Transverse Wave Demonstrator W16: Longitudinal Wave Demonstrator 2

W18: Ripple Tank W20: Buzzer in a Vacuum W28: Standing Longitudinal Waves W30: Harmonics on a Rod W32: Standing Waves on a String W34: Standing Waves in an Air Column W35: Bloogle Tube W36: Chaldni Plates W50: Acoustic Waves W52: Interference W70: The Doppler Effect W100: Miscellaneous Supplies

Light

L10: Multiple Images L12: Mirrored Cube Corner L13: Mirror Cube L15: Illusion L17: Refraction L18: Choice Uranium Oxide L21: Geometric Optics L22: Lenses and Mirrors L23: Large Concave-Convex Mirrors L24: Total Internal Reflection L25: Fiber Optics L28: Refraction near a Hot Surface

L30: Dispersion L35: Diffraction Patterns L40: Thin Film Interference L45: Newton's Rings L50: Polarization L60: Light Scattering L70: Color Mixing Box L71: Colored Filters L90: UV Light Sources L95: Holograms L97: Interferometer L100: Miscellaneous Supplies

Modern Physics & miscellaneous

Q10: Blackbody Radiation Q15: Light Spectra of Gases Q16: Hg Light Source Q17: Na Light Source Q18: Demonstration Lasers Q20: Helium Diffusion

Q40: Radioactivity Q45: Cloud Chamber Q60: Proton-Proton Reaction Model Q90: Special Relativity Q100: Miscellaneous Supplies