1A - MEASUREMENT

10. Basic units

• 1A10.1 Kilogram Mass and Meter Stick
• 1A20.10 Gaussian Distribution
• 1A30.40 Chalkboard Globe

60. Scaling

• 1A60.1 "Power of Ten"

1C - ONE-DIMENSIONAL MOTION

10. Velocity

• 1C10.1 Air Track and Rider

20. Uniform Acceleration

• 1C20.1 Coin and Feather Dropped in a Vacuum

1D - TWO-DIMENSIONAL MOTION

40. Motion of the Center of Mass

• 1D40.1 Tossing an Irregularly-Shaped Disk

50. Central Forces

• 1D50.1 Ball on String
• 1D50.2 Pail of Water

50. Centrifugal Escape

• 1D55.1 Grinding Wheel

60. Projectile Motion

• 1D60.1 Falling Pucks
• 1D60.2 Shoot the Monkey

1F - NEWTONS'S FIRST LAWN

20. Inertia of Rest

• 1F20.1 Table-Cloth Pull

20. Inertia of Motion

• 1F30.1 Air Track and Rider

1H - NEWTONS'S THIRD LAW

40. Action and Reaction

• 1H10.20 Fan Cart with Sail

1J - STATICS OF RIGID BODIES

10. Finding Center of Gravity

• 1J10.1 Center of Gravity of Irregular Shape
• 1J10.2 Meter Stick on Fingers

11. Exceeding Center of Gravity

• 1J11.1 Leaning Tower of Lire
• 1J11.2 Double Cone Rolling Up Incline

20. Stable, Unstable and Neutral Equilibrium

• 1J20.1 Stability of Block, Cone and Sphere

1K - APPLICATIONS OF NEWTON'S LAWS

20. Friction

• 1K20.1 Angle of Repose

1M - WORK AND ENERGY

40. Conservation of Energy

• 1M40.1 Large Pendulum and Nose
• 1M40.2 Pendulum with Peg
• 1M40.3 Loop the Loop - Car with Unattached Weight
• 1M40.33 Potential-Kinetic Energy Tracks

1N - LINEAR MOMENTUM

22. Rockets

• 1N22.1 Water Rocket

30. Collisions in One Dimension

• 1N30.1 Collisions Balls (Newton's Cradle)
• 1N30.2 Collisions on the Air Track

1Q - ROTATIONAL DYNAMICS

10. Moment of Inertia

• 11Q10.1 Inclined Plane with Solid and Hollow Cylinders
• 1Q10.2 Moment of Inertia Wheels

40. Conservation of Angular Momentum

• 1Q40.1 Rotating Platform and Weights
• 1Q40.2 Squeezeatron
• 1Q40.3 Rotating Platform and Bicycle Wheel
• 1Q40.2 Train on Circular Track

50. Gyroscopes

• 1Q50.1 Bicycle Wheel Gyroscope
• 1Q50.2 Gyroscope
• 1Q50.3 "Floating on Air" (Air-Bearing) Gyroscope

1R - PROPERTIES OF MATTER

10. Hooke's Law

• 1R10.1 Hooke's Law

40. Coefficient of Restitution

• 1R40.1 Happy Ball and Unhappy Ball

2B - STATICS OF FLUIDS

20. Static Pressure

• 2B20.1 Pressure vs. Depth
• 2B20.2 Cylinder with Dropping Plate
• 2B20.3 Pascal's Vases

40. Density and Buoyancy

• 2B40.1 Archimedes' Experiment (Buoyancy)
• 2B40.2 Cartesian Diver
• 2B40.3 Alternate Cartesian Diver

60. Siphons, Fountains, and Pumps

• 2B60.60 Hydraulic Ram (Water Hammer)

2C - DYNAMICS OF FLUIDS

10. Flow Rate

• 2C10.1 Uniform Pressure Drop

20. Bernoulli Force

• 2C20.1 Bernoulli Tubes
• 2C20.2 Floating Ball

30. Viscosity

• 2C30.2 Terminal Velocity in Water and Karo Syrup

3A - OSCILLATIONS

10. Pendula

• 3A10.1 Simple Pendulum

20. Springs and Oscillators

• 3A20.1 Mass on a Spring
• 3A20.2 Four Vibrating Masses

60. Driven Mechanical Resonance

• 3A60.1 Tacoma Narrows Bridge Collapse - Video

70. Coupled Oscillators

• 3A70.1 Spring-Coupled Pendula

75. Normal Modes

• 3A75.1 Spring-Coupled Pendula

3B - WAVE MOTION

10. Transverse Pulses and Waves

• 3B10.1 Long Spring
• 3B10.2 Torsion Wave Machine

20. Longitudinal Pulses and Waves

• 3B20.1 Long Slinky

22. Standing Waves

• 3B22.1 Standing Waves on a String
• 3B22.2 Standing waves on the Torsion Wave Machine

30. Wave Properties of Sound

• 3B30.1 Sound in Vacuum

40. Doppler Effect

• 3B40.1 Doppler Whistle

50. Interference and Diffraction

• 3B50.1 Ripple Tank
• 3B50.22 Double Source Sound Interference

60. Beats

• 3B60.1 Beats with Tuning Forks
• 3B60.18 Beats with Function Generators

70. Coupled Resonators

• 3B70.1 Sympathetic Vibration in Tuning Forks

3C - ACOUSTICS

20. Pitch

• 3C20.1 Range of Hearing (or Limit of Audibility)

50. Wave Analysis and Synthesis

• 3C50.1 Fourier Synthesis

3D - INSTRUMENTS

32. Air Column Instruments

• 3D32.1 Pipe Organ

40. Resonance in Plates, Bars, and Solids

• 3D40.30 Chladni Plates

4A - THERMAL PROPERTIES OF MATTER

30. Solid Expansion

• 4A30.1 Linear Expansion of Metal
• 4A30.2 Expansion of Ball and Ring
• 4A30.3 Bimetallic Strip

40. Material Properties at Low Temperature

• 4A40.1 Liquid Nitrogen

4B - HEAT AND THE FIRST LAW

30. Conduction

• 4B30.1 Different Conductivity in Iron and Copper

40. Radiation

• 4B40.1 Radiation of Heat

4D - KINETIC THEORY

30. Kinetic Motion

• 4D30.1 Kinetic Theory of Gases

4E - GAS LAW

10. Constant Pressure

• 4E10.1 Cooling a Balloon

4F - ENTROPY AND THE SECOND LAW

10. Entropy

• 4F30.10 Stirling Engine

5A - ELECTROSTATICS

10. Producing Static Charge

• 5A10.1 Rods, Fur, Silk, and Electroscope
• 5A10.2 Electrophorus

20. Coulomb's Law

• 5A20.1 Suspended Conducting Rod
• 5A20.2 Pith Balls

40. Induced Charge

• 5A40.1 Pith Ball and Charged Rod
• 5A40.2 Charging an Electroscope by Induction
• 5A40.3 Deflection of Water Stream

50. Electrostatic Machines

• 5A50.30 Van de Graaff Generator

5B - ELECTRIC FIELDS AND POTENTIAL

10. Electric Fields

• 5B10.10 Hair on End
• 5B10.13 Flying Pie-Tins
• 5B10.35 Van de Graaff Ping-Pong
• 5B10.40 Electric Field Display
• 5B10.53 Extent of Electric Field

20. Gauss's Law

• 5B20.13 Gauss's Law Electrode
• 5B20.30 Faraday Cage (with Van de Graaff)
• 5B20.34 Faraday Cage (with Tesla Coil)
• 5B20.35 Faraday Cage (with Radio)

30. Electrostatic Potential

• 5B30.1 Ball and Point with Van de Graaff

5C - CAPACITANCE

10. Capacitors

• 5C10.1 Parallel-Plate Capacitor

20. Dielectrics

• 5C20.1 Capacitor with Dielectric

30. Energy Stored in a Capacitor

• 5C30.20 Short a Capacitor

5D - RESISTANCE AND CONDUCTION

40. Conduction in Gases

• 5D40.1 Jacob's Ladder

5E - ELECTROMOTIVE FORCE AND CURRENT

40. Cells and Batteries

• 5E40.1 Voltaic Cell

5G - MAGNETIC MATERIALS

10. Magnets

• 5G10.20 Break a magnet

20. Magnet Domains and Magnetization

• 5G20.1 Compass Array Model of Domains
• 5G20.2 Retentivity of Iron Toroid

30. Paramagnetism and Diamagnetism

• 5G30.20 Paramagnetism of (liquid) oxygen

50. Temperature and Magnetism

• 5G50.15 Curie Point of Nickel
• 5G50.50 Magnetic Levitation -- Meissner Effect

5H - MAGNETIC FIELDS AND FORCES

10. Magnetic Fields

• 5H10.1 Oersted Effect
• 55H10.2 Magnets and Iron Filings
• 5H10.3 Vertical Wire, Solenoid, and Iron Filings

20. Forces on Magnets

• 5H20.1 Levitation Magnets

30. Forces on Moving Charges

• 5H30.1 Cathode Ray Tube and Magnet
• 5H30.21 Forces on an Electron Beam

40. Force on Current in Wires

• 5H40.10 Force between Parallel Wires
• 5H40.35 One Wire in Magnetic Field

50. Torque on Coils

• 5H50.1 Galvanometer Model

5K - ELECTROMAGNETIC INDUCTION

10. Induced Currents and Forces

• 5K10.1 Induction Coil with Magnet
• 5K10.2 Induction Coil with Electromagnet

20. Eddy Currents

• 5K20.1 Eddy Current Pendulum
• 5K20.2 Eddy Current Disk
• 5K20.25 Eddy Current Tubes
• 5K20.3 Jumping Rings

30. Transformers

• 5K30.1 Dissectible Transformer

40. Motors and Generators

• 5K40.1 Large AC and DC Motor / Generator Models
• 5K40.3 AC and DC Generators

5L - AC CIRCUITS

20. RLC Circuits - AC

• 5L20.10 RLC, RC, RL Circuits

5M - SEMICONDUCTORS AND TUBES

20. Tubes

• 5M20.3 Jacob's Ladder

5N - ELECTROMAGNETIC RADIATION

10. Transmission Lines and Antennas

• 5N10.1 VCR to TV Broadcast

20. Tesla Coil

• 5N20.1 Tesla Coil
• 5N20.50 Tesla Coil-Discharge through bulb

30. Electromagnetic Spectrum

• See: Optics page:6F30.1 White Light and Prism

6A - GEOMETRIC OPTICS

44. Total Internal Reflection

• 6A44.1 Total Internal Reflection in Water
• 6A44.2 Light Pipe, Fiber Optic Cables

60. Thin Lens

• 6A60.1 Optics "Blackboard"

6B - PHOTOMETRY

30. Radiation Pressure

• 6B30.1 Radiometer (Not!)

6C - DIFFRACTION

10. Diffraction Through Slits

• 6C10.1 Single Slit Diffraction

20. Diffraction Around Objects

• 6C20.1 Poisson's Spot (Arago's Spot)

6D - INTERFERENCE

10. Interference from Two Sources

• 6D10.1 Double Slit Interference

20. Gratings

• 6D20.1 Interference with a Grating

30. Thin Films

• 6D30.1 Newton's Rings

6F - COLOR

30. Dispersion

• 6F30.1 White Light and Prism

6H - POLARIZATION

10. Dichroic Polarization

• 6H10.1 Light Beam and Three Polaroid Filters

20. Polarization by Reflection

• 6H20.1 Brewster's Angle

7A - QUANTUM EFFECTS

10. Photoelectric Effect

• 7A10.1 Discharging by Photoelectric Effect

50. Wave Mechanics

• 7A50.20 Microwave Barrier Penetration
• 7A50.40 Vibrating Circular Wire

60. X-ray and Electron Diffraction

• 7A60.50 Bragg diffraction with microwaves

7B - ATOMIC PHYSICS

10. Spectra

• 7B10.1 Line Spectra and Student Gratings
• 7B11.17-21 Absorption Spectra

13. Resonance Radiation

• 7B13.50 Fluorescent UV Beads

30. Ionization Potential

• 7B30.1 Franck-Hertz Experiment

7D - NUCLEAR PHYSICS

10. Spectra

• 7D10.10 Geiger Counter and Samples

30. Particle Detectors

• 7D30.63 Lecture Hall Cloud Chamber

7F - RELATIVITY

10. Special Relativity

• 7F10.1 Special Relativity - Video