Demonstrations code XXXX.XX

5A    Electrostatics
5A10   Producing Static Charge
	5A10.10	Charging Rods
	5A10.20	Electrophorus
5A20   Coulomb's Law
	5A20.20	Pith Balls
	5A20.50	Coulomb's Law
5A22   Electrostatic Meters
	5A22.22	Assorted Electroscopes
	5A22.30	Projection Electroscope
	5A22.48	Bar Form Electroscope -- Versarium (Gilbert)
5A40   Induced Charge
	5A40.10	Charging by Induction
	5A40.12	Induction Hemispheres
	5A40.30	2 x 4 Electroscope -- Versarium
	5A40.40	Charged Rods and Water
	5A40.70	Kelvin Water Dropper
5A50   Electrostatic Machines
	5A50.10	Wimshurst Machine
	5A50.31	Van de Graaff
5B    Electric Fields and Potential
5B10   Electric Fields
	5B10.15	Tassel
	5B10.22	Electrostatic Painting
	5B10.34	Franklin Bells
	5B10.40	Electric Fields in Oil
	5B10.42	Electric Field Lines (Epsom Salt Crystals)
	5B10.80	Cathode Ray Tubes
	5B10.85	Potential Energy of an Electric Field
	5B10.90	Millikan Oil Drop Experiment
5B20   Gauss' Law
	5B20.05	Gauss’ Law Model
	5B20.10	Faraday's Ice Pail
5B30   Electrostatic Potential
	5B30.20	Charge Distribution
	5B30.30	Lightning Demonstration
	5B30.50	Electric Whirl
5C    Capacitance
5C10   Capacitors
	5C10.10	Fixed and Variable Capacitors
	5C10.20	Vertical Capacitor Plates with Electroscope
	5C10.31	Tinfoil Cylinder Capacitor
5C20   Dielectric
	5C20.10	Capacitor 1
5C30   Energy Stored in a Capacitor
	5C30.05	Leyden Jars
	5C30.20	Shorting a Capacitor
5D    Resistance
5D10   Resistance Characteristics
	5D10.25	Resistance
5D20   Resistivity and Temperature
	5D20.12	Temperature Coefficient of Resistance
	5D20.18	I^2 R Heating
	5D20.20	Iron Wire in Flame
	5D20.30	Carbon and Tungsten Lamps
5D30   Conduction in Solutions
	5D30.10	Salt Water Circuit
	5D30.30	Glowing Pickle
5D40   Conduction in Gases
	5D40.15	Spark--Gaps
	5D40.31	Smoke Precipitators (Cottrell)
	5D40.42	Edison Effect
	5D40.62	Plasma Disk
	5D40.63	Plasma Column
5E    Electromotive Force and Current
5E20   Electrolysis
	5E20.10	Electrolysis of Water (Hoffman Apparatus)
	5E20.12	Electrolysis of Water (Projection)
5E40   Cells and Batteries
	5E40.18	Standard Cells
	5E40.40	Gravity Cell (Crow's Foot Cell)
	5E40.55	Examples of Batteries
	5E40.70	Internal Resistance of a Battery
5E50   Thermoelectricity
	5E50.11	Simple Thermocouples
	5E50.30	Thermocouple Magnet
	5E50.60	Peltier Effect Apparatus
	5E50.62	Thermocouple Peltier Effect
5F    DC Circuits
5F20   Circuit Analysis
	5F20.29	Commercial Potentiometer
	5F20.30	Demonstration Potentiometer
	5F20.42	Slide-Wire Wheatstone Bridge
	5F20.45	Light Bulb Wheatstone Bridge
	5F20.50	Series and Parallel Light Bulbs
	5F20.52	Light Bulbs in Series
	5F20.55	Series and Parallel Resistors
5F30   RC Circuits
	5F30.13	RC Demonstrator
	5F30.21	Time Constant of a Capacitor
5F40   Instruments
	5F40.12	L & N Galvonometer
	5F40.20	Demonstration Galvonometer as a Voltmeter and Ammeter
	5F40.50	Meters and Movements
5G    Magnetic Materials
5G10   Magnets
	5G10.10	Magnets
	5G10.95	High Strength Magnet
5G20   Magnet Domains and Magnetization
	5G20.10	Barkhausen Effect
	5G20.55	Permalloy Bar and Tape
	5G20.70	Electromagnet
5G30   Paramagnetism and Diamagnetism
	5G30.11	Diamagnetism and Paramagnetism
5G40   Hysteresis
	5G40.17	Magnet Model
5G50   Temperature and Magnetism
	5G50.10	Curie Temperature
	5G50.20	Magnetic Disk Heat Motor
5H    Magnetic Fields and Forces
5H10   Magnetic Fields
	5H10.13	Tangent Galvanometer
	5H10.15	Dip Needle
	5H10.20	Oersted's Experiment
	5H10.30	Magnetic Slides
	5H10.77	Seebeck Effect Oersted's Experiment
5H15   Fields and Currents
	5H15.10	Electromagnetic Slides
	5H15.13	Field around a Conductor
	5H15.40	The Magnetic Field of a Solenoid
	5H15.47	Long Solenoid
5H30   Force on Moving Charges
	5H30.10	CRT Monitor in Magnetic Field
	5H30.15	Electron Beam Tube
	5H30.21	e/m Experiment
	5H30.60	Cyclotron Model
5H40   Force on Current in Wires
	5H40.10	Force on Parallel Conductors
	5H40.35	Jumping Wire
	5H40.71	Ampere's Motor
5H50   Torque on Coils
	5H50.15	Leads and Northrup Ballistic Galvanometer
	5H50.16	Welch Lecture Table Meter
	5H50.20	Current Loop in Magnetic Field
	5H50.30	Suspended Coils
	5H50.50	Motor and Generator Demonstration Model
5J    Inductance
5J10   Self Inductance
	5J10.31	Ruhmkorff Induction Coil
5J20   LR Circuits
	5J20.26	RL Demonstration
5J30   RLC Circuits-DC
	5J30.20	LRC Ringing Circuit
5K    Electromagnetic Induction
5K10   Induced Currents and Forces
	5K10.13	Electromagnetically Coupled Harmonic Oscillators
	5K10.20	Solenoids
	5K10.30	Electromagnetic Induction
	5K10.35	Flip Coils
5K20   Eddy Currents
	5K20.10	Eddy Current Pendulum 1
	5K20.30	Jumping Ring 1
	5K20.65	Electromagnetic Can Crusher
5K30   Transformers
	5K30.13	Wet String Transmission Line
	5K30.40	Nail Melter / Spot Welder
	5K30.42	Induction Heating
	5K30.50	Jacob's Ladder
5K40   Motors and Generators
	5K40.10	Demonstration Motor, Permanent Magnet
	5K40.11	Simple Motor
	5K40.12	Motor-Generator
	5K40.15	Electric Motor
	5K40.17	Simple Unipolar Motor
	5K40.40	AC-DC Generator
	5K40.42	Hand-Held Linear Generator
	5K40.80	Telephone Ringer
5L    AC Circuits
5L20   LCR Circuits - AC
	5L20.12	LRC Demonstrator
5L30   Filters and Rectifiers
	5L30.12	Simple Rectifier
	5L30.20	Revolving Neon Bulb
5M    Semiconductors and Tubes
5M10   Semiconductors
	5M10.05	Semiconductor Devices
5M20   Tubes
	5M20.44	Demonstration Triode
5N    Electromagnetic Radiation
5N10   Transmission Lines and Antennas
	5N10.60	High Frequency Radio Transmitter
5N20   Tesla Coil
	5N20.30	Tesla Coil
5N30   Electromagnetic Spectrum
	5N30.50	Infrared Camera

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