Lecture 1
EMI05 Magnet in a Tube
MWS02 Hopwood Tube
MCM11 Loop the Loop
MWM14 Zone Plate
MOD06 Quadratic and Linear Falling Weights
MOD08 Constant Velocity with no Force
MOD09 Free Fall of Ball Bearings in Air, Water, and Oil *

Lecture 2
MOD05 Coin and Feather (without Vacuum)
MOD06 Quadratic and Linear Falling Weights
MTD03 Horizontal and Vertical Ball Ejector
MOD08 Constant Velocity with no Force (with 2 pairs of gates)
MTD05 Monkey and Hunter *

Lecture 3
MTD02 Frames of Reference Chair *

Lecture 4
MNL06 Force Vector Board
MNL07 Newton's Second Law with a 5-Meter Air Track *
MCM16 Velocity of Object under Uniform Circular Motion *

Lecture 5
Spring scale to show
MCM17 Amusement Park Ride Simulation *
MCM18 Plucking Wire Pendulum

Lecture 6
EEF01 Simple Electrostatics Demos (just rods, silk, fur, and stands)
EEF05 Coulomb Law Balance

Lecture 7
MWE03 Ski Slopes
MWE04 Nose Pendulum
MCM11 Loop the Loop

Lecture 8
HTD01 Mechanical Equivalent of Heat
HTG06 Temperature vs Time for Water

Lecture 9
MLM03 Elastic and Inelastic Collision (Paint Shop)
MLM03 Elastic and Inelastic Collision (with long air track and 3 timers)
MLM05 Canoe Pack
MAM06 Rotating Stool with Bicycle Wheel and Weights
MLM18 Basketball and Super Ball *
MLM 19 Multiple collisions of Steel Balls *

Lecture 10
HTG01 Pressure versus Temperature for Helium Gas
HTP07 Gas Model (Northup Machine)
HTP11 Magic Box with Balloons
FNF08 Barometer and Aspirator

Lecture 11
EEP02 Electrostatic Field in Oil
EEP09 Large Van de Graaff Generators and Hanging ball
EMF22 Two Bar Magnets on a Swivel Stand
EMF01 Projection of Magnetic Field of Permanent Magnets
EMF05 Oersted Experiment
EMF02 Projection of Magnetic Field of Current-Carrying Single Coil
EMF03 Projection of Magnetic Field of Current-Carrying Conductor

Lecture 12
Spring Break

Lecture 13
EMF07 Force on Current-Carrying Wire in B Field
EMF06 Force between Current-Carrying Wires
EMF15 B Field Probe
EMF14 Model Galvanometer
EMF16 Model Motor
EMI03 Motive EMF
EMI04 Two Coil Induction

Lecture 14
EMI07 Variable Area Loop
EMI06 AC/DC Generator Models
EMI05 Magnet in a Tube
EMI10 Simple Mutual Induction
EMI12 Ring Toss

Lecture 15
ERC13 Bicycle Generator
EMW04 Dipole Oscillator and Receiver
EMW03 Electromagnetic Standing Waves

Lecture 16
MPH07 Speed of µ mesons

Lecture 17
MWM03 Velocity of Transverse Waves (without tension measurement)
MWM09 Slinky Longitudinal Wave

Lecture 18
OID09 Zone Plate
MWM07 Superposition of Waves Model
MWM09 Slinky Longitudinal Wave
MWM03 Velocity of Transverse Waves (without tension measurement)
Prof. Meyers' own computer simulation of travling and standing waves

Lecture 19
MWS05 Standing Waves in Resonant Pipes
MWS02 Hopwood Tube
MWM02 Standing Wave on a String
MPH03 Photoelectric Effect with Wavelength Threshold
MPH02 Photoelectric Effect with Charged Zinc Plate

Lecture 20
MPH08 Electron Diffraction Cathode Ray Tube
MPH01 Black Body Radiation (Continuous Spectrum)
MPH05 Emission Spectra with Variable Light Sources
MWM02 Standing Wave on a String
MPH09 Model of Bohr Atom

Lecture 21
MPH04 Counting Photons -- single-photon interference
MWM01 Water Ripple Tank Interference
OID04 Interference and Diffraction

Lecture 22
ERC04 Hoffman Electrolysis
NPH05 Chain Reaction Model
(Did not do the demos)

Lecture 23
ERC04 Hoffman Electrolysis
NPH05 Chain Reaction Model

Lecture 24
MLM16 Bed of Nails