Electric Field

• 5B10.10 - Van de Graaff generator - Hair
• 5B10.15 - Van de Graaff - Wig and Streamers
• 5B10.23 - Van de Graaff - Aluminum Foil Rockets
• 5B10.25 - Van de Graaff - Plates & Peanuts, Felt Bat
• 5B10.30 - Electrostatic Chimes and Franklin's Bells
• 5B10.31 - Volta's Hailstorm - Jumping Particles
• 5B10.33 - Van de Graaff - Cotton Ball
• 5B10.40 - Electric Field Lines Demo
• 5B10.45 - Electrorheological Liquid
• 5B10.58 - Van de Graaff - Fluorescent & Neon Light
• 5B10.70 - Potential Field Model

Gauss' Law

• 5B20.10 - Gauss's Law Demo - Faraday's Icebucket
• 5B20.20 - Butterfly Net
• 5B20.30 - Faraday's Cage - Electroscope
• 5B20.35 - Faraday's Cage - Radio
• 5B20.50 - Electric Field Lines and Flux

Electrostatic Potential

• 5B30.10 - Charge Density - Balloon
• 5B30.20 - Zeppelin
• 5B30.26 - Van de Graaff - Lightening Plate
• 5B30.35 - Corona Discharge
• 5B30.40 - Van de Graaff - Candle
• 5B30.46 - Discharging from a Point
• 5B30.50 - Electrostatic Pinwheel - Ion Motor
• 5B30.60 - Smoke Precipitator
• 5B30.95 - Human Discharge Chain

Capacitors

• 5C10.10 - Demo Capacitors
• 5C10.20 - Sliding Capacitors
• 5C10.31 - Capacitors - Charge vs. Surface Area
• 5C10.35 - Gang Capacitors / Rotary Capacitors

Dielectric

• 5C20.10 - Dielectrics
• 5C20.11 - Capacitors with Dielectrics - Studfinder
• 5C20.22 - Forces on a Dielectric
• 5C20.30 - Leyden Jar - Dissectible Capacitor
• 5C20.51 - Lichtenberg Figures
• 5C20.60 - Displacement Current

Energy Stored in a Capacitor

• 5C30.10 - Leyden Jars
• 5C30.15 - Blow a Capacitor
• 5C30.20 - Spark a Capacitor
• 5C30.35 - Capacitor - Lift a Mass
• 5C30.38 - Capacitor - Charge & Discharge - Genecon Generator
• 5C30.42 - Capacitive Impedance Demo
• 5C30.70 - The Effect of AC and DC on an RC Circuit

Resistance Characteristics

• 5D10.10 - Resistor Models and Demos
• 5D10.15 - Resistors - Characteristics of Tapered Resistors
• 5D10.16 - Resistors - Characteristics of Pencil Lead Resistors
• 5D10.20 - Resistance vs. Diameter, Resistance vs. Length
• 5D10.25 - Conducting Foam and Play-Doh
• 5D10.30 - Human Resistance
• 5D10.40 - Resistor Model - Random Walk
• 5D10.60 - Burn a Resistor

Resistivity and Temperature

• 5D20.10 - Temperature Dependence of Resistance - Wire Wound Resistors
• 5D20.20 - Temperature Dependence of Resistance - Iron Wire and Flame
• 5D20.30 - Temperature Dependence of Resistance - Carbon Resistors
• 5D20.31 - Stefan's Law - Resistance of Light Bulbs
• 5D20.50 - Thermistors - Differential Negative Resistance
• 5D20.60 - Conductivity of Glass

Conduction in Solutions

• 5D30.10 - Conductivity of Water
• 5D30.30 - Pickle Light - Electrocute a Pickle

Conduction in Gases

• 5D40.10 - Jacob's Ladder
• 5D40.30 - Radioactive Discharge - Ionization
• 5D40.50 - Neon Bulb Trigger - Avalanche Trigger
• 5D40.60 - Surface Ionization

Plating

• 5E30.20 - Electroplating Copper

Cells and Batteries

• 5E40.03 - Batteries - Wet and Dry/Voltaic Pile
• 5E40.15 - Human Battery
• 5E40.25 - Lemon Battery
• 5E40.27 - Potato Clock
• 5E40.30 - Battery - Avalanche Voltage
• 5E40.61 - Arcing of Two Electrodes
• 5E40.70 - Internal Resistance, Maximum Power and Impedance Matching
• 5E40.75 - Internal Resistance of a Battery
• 5E40.80 - Fuel Cells

Thermoelectricity

• 5E50.10 - Thermocouples
• 5E50.19 - Seebeck Effect - Thermoelectricity
• 5E50.30 - Thermoelectric Magnet
• 5E50.60 - Thermoelectric Cooler/Peltier Apparatus

Piezoelectricity

• 5E60.12 - Piezoelectric Crystal Demo

Ohm's Law

• 5F10.10 - Ohm's Law

Power and Energy

• 5F15.10 - Electrical Equivalent of Heat
• 5F15.14 - Light Bulbs - Incandescent vs. Compact Fluorescent vs. LED
• 5F15.15 - Household Electronics, Circuits, Insulators, & Conductors
• 5F15.20 - Hot Dog Cooker
• 5F15.33 - Fuse Wire

Circuit Analysis

• 5F20.10 - Kirchhoff's Law
• 5F20.30 - Potentiometer
• 5F20.40 - Wheatstone Bridge
• 5F20.50 - Series and Parallel Light Bulbs
• 5F20.55 - Series and Parallel Resistors
• 5F20.65 - Series and Parallel Capacitors
• 5F20.85 - Frequency in Parallel and Series Circuits

RC Circuits

• 5F30.10 - Capacitor - Charge & Discharge
• 5F30.20 - R-C Time Constants or Simultaneous Voltage and Current Charging Curves
• 5F30.60 - Relaxation Oscillators - Neon Bulb, Doorbell, and Strobe Lights

Magnets

• 5G10.10 - Magnets
• 5G10.11 - Refrigerator Magnets & Floppy Disks
• 5G10.15 - Lodestone
• 5G10.18 - Money and Magnets
• 5G10.20 - Break a Magnet
• 5G10.55 - Magnetic Linear Accelerator - Gauss Rifle

Magnet Domains and Magnetization

• 5G20.10 - Barkhausen Effect
• 5G20.21 - Magnetic Domain Apparatus
• 5G20.30 - Overhead Magnetic Domain Model
• 5G20.47 - Amperes Ants
• 5G20.50 - Iron Rod and Hammer
• 5G20.55 - Permalloy Rods
• 5G20.70 - Electromagnet
• 5G20.72b - Electromagnet - AC
• 5G20.73 - Electromagnetic Levitator - Suspended Globe
• 5G20.74 - Magnetic Flux

Paramagnetism and Diamagnetism

• 5G30.10 - Paramagnetic, Diamagnetic, & Ferromagnetic Demos
• 5G30.20 - Paramagnetism of Liquid Oxygen
• 5G30.35 - Diamagnetic Grape
• 5G30.40 - Diamagnetic Water
• 5G30.45 - Four and Nine Magnet Diamagnetic Levitator
• 5G30.50 - Diamagnetic Graphite
• 5G30.55 - Diamagnetic Bismuth

Hysteresis

• 5G40.10 - Hysteresis
• 5G40.21 - Simple Hysteresis

Temperature and Magnetism

• 5G50.10 - Curie Point of Permanent Magnets
• 5G50.50 - Superconductors - Meissner Effect

Magnetic Fields

• 5H10.11 - Compass
• 5H10.15 - Dip Needle
• 5H10.20 - Oersted's Effect
• 5H10.30 - Magnet and Iron Filings
• 5H10.31 - Ferromagnetic Fluids
• 5H10.35 - Magnetorheological Fluids
• 5H10.55 - Gaussmeters
• 5H10.59 - Zero Gauss Chamber
• 5H10.61 - Magnetic Shielding

Fields and Currents

• 5H15.10 - Overhead Electromagnets
• 5H15.46 - Helmholtz Coils

Forces on Magnets

• 5H20.10 - Forces on Magnets - Torque
• 5H20.20 - Levitating Magnetic Disks
• 5H20.22 - Levitron (TM) - Levitation Using Permanent Magnets
• 5H20.25 - Revolution
• 5H20.40 - Marble Magnets - Dipole-Dipole Interaction

Magnets / Electromagnet Interaction

• 5H25.10 - Coil & Compass, Rods, Gaussmeter, & Tangent Galvanometer
• 5H25.20 - Jumping Magnets
• 5H25.25 - Magnetic Suction
• 5H25.30 - Solenoid Switches

Force on Moving Charges

• 5H30.05 - e/m - TV and Magnet
• 5H30.10 - E - Beam Deflection - Cathode Ray Tubes
• 5H30.15 - Electrostatic Deflection of Electron Beam
• 5H30.20 - e/m - Electromagnetic Deflection of Electron Beam - Small
• 5H30.21 - e/m - Electromagnetic Deflection of Free Electron Beam
• 5H30.25 - Planetterella - Van Allen Radiation Belts
• 5H30.30 - Rotating Plasma 
• 5H30.35 - Rotating Plasma - DC Arc
• 5H30.41 - Swirling Plasma - de la Rive Tube
• 5H30.45 - Ring Plasma
• 5H30.50 - Magnetohydrodynamic Motor - Ion Motor

Force on Current in Wires

• 5H40.10 - Jumping Wires
• 5H40.23 - Lamp Filaments, Magnet & AC/DC
• 5H40.25 - Dancing Slinky
• 5H40.30 - Jumping Wires - Magnet and Wire
• 5H40.37 - Take Apart Speaker
• 5H40.38 - Lorentz Force - Jumping Wire With a Twist
• 5H40.40 - Current Balance
• 5H40.50 - Barlow's Wheel
• 5H40.53 - Homopolar Motor
• 5H40.71 - Ampere's Motor - Railgun
• 5H40.75 - Faraday Train

Torques on Coils

• 5H50.10 - Homemade Galvanometer

Self Inductance

• 5J10.10 - Demo Inductors
• 5J10.30 - Arcing of an Inductive Circuit

LR Circuits

• 5J20.10 - L-R Time Constants
• 5J20.20 - Inductor Demo

RLC Circuits - DC

• 5J30.10 - Ringing Circuit

Induced Currents and Forces

• 5K10.10 - Sliding Rail
• 5K10.16 - Tape Heads
• 5K10.20 - Faraday's Laws - Induced Currents
• 5K10.25 - Electromagnetic Induction Demo - Coil and Light Bulb with Magnets
• 5K10.30 - Induced Currents using Two Coils
• 5K10.34 - Metal Detector
• 5K10.48 - Current Coupled Pendula
• 5K10.51 - Induced Currents using Two Coils - Audio Transformer
• 5K10.60 - Flip Coil
• 5K10.65 - Earth Inductor - Jumping Rope
• 5K10.82 - Homopolar Motor as a Generator

Eddy Currents

• 5K20.10 - Magnetic and Electromagnetic Damping
• 5K20.23 - Lenz's Law - Zig's Tube
• 5K20.24 - Lenz's Law - Plates and Magnets
• 5K20.25 - Lenz's Law - Tubes and Magnets
• 5K20.26 - Lenz's Law - Repulsion Rings
• 5K20.30 - Lenz's Law - Jumping Rings
• 5K20.33 - Lenz's Law - Capacitive Ring
• 5K20.36 - Induction Heating - Boil Water
• 5K20.39 - Eddy Current Levitator
• 5K20.40 - Eddy Current Levitator - Spinning Disk
• 5K20.42 - Lenz's Law - Pie Tin, Water, Plate, and Magnet
• 5K20.43 - Vertical Eddy Current Levitator
• 5K20.57 - Rotating Copper & Aluminum Disks
• 5K20.60 - Eddy Currents - Barlow's Wheel
• 5K20.62 - Eddy Currents in Silver

Transformers

• 5K30.20 - Transformer Demo
• 5K30.30 - Transformer - Coil and Light Bulb
• 5K30.51 - Induced EMF

Motors and Generators

• 5K40.10 - DC Motors
• 5K40.11 - Antique "Walking Beam" Motor
• 5K40.15 - Faraday's Engine / Motor
• 5K40.35 - AC Motors
• 5K40.40 - St. Louis Motor - Generator
• 5K40.45 - Motor - Generator Pairs
• 5K40.49a - Mystery Top
• 5K40.49b - Space Circles - Space Balls
• 5K40.49c - Space Wheel
• 5K40.70 - Motor - Back EMF
• 5K40.80 - Hand Crank Generators - Genecon
• 5K40.81 - Antique Hand Crank Generator
• 5K40.83 - Bicycle Generator
• 5K40.85 - Energy Conversion Demos
• 5K40.90 - Generators - Water and Wind Generators or Turbines

Impedance

• 5L10.10 - Inductive Choke
• 5L10.70 - Resistor - Resistor Circuits

RLC Circuits - AC

• 5L20.13 - L-R, R-C, Phase Shift Demo
• 5L20.21 - Resonance Circuits
• 5L20.23 - RLC Resonance - Iron and Brass Cores

Filters and Rectifiers

• 5L30.10 - Bridge Rectifiers
• 5L30.12 - Half-Wave, Full-Wave Rectifiers
• 5L30.20 - Blinky Whirligig - AC Made Visible
• 5L30.25 - DC vs. AC Voltages and the Meaning of Root Mean Square
• 5L30.30 - Circuit Filters
• 5L30.36 - The Sound Color Organ
• 9B50.30 - Selenium Rectifiers

Semiconductors

• 5M10.10 - Hall Effect
• 5M10.45 - Light Sensitive Resistors - Negative Feedback
• 5M10.50 - Principles of a Diode
• 5M10.51 - T vs. V - Semiconductors
• 5M10.53 - Burn or Blow a Diode
• 5M10.55 - LED's
• 5M10.56 - Zener Diodes
• 5M10.57 - Tunnel Diodes
• 5M10.60 - Diode PN Junction - Edison Effect
• 5M10.61 - P-N Junctions - Gravitational Model
• 5M10.65 - Transistors
• 5M10.95 - Operational Amplifiers - (Op-amps)

Tubes

• 5M20.20 - Geissler Tubes and Special Discharge Tubes