MECHANICS
| Motion in One Dimension |
| Velocity |
M100
Air Track and Glider** |
|
M105
Pasco Cart and Track** |
|
| Uniform Acceleration; |
M110
Constant Force - Fan Cart** |
|
M111
Constant Force - Pasco Track** |
|
M120
Inclined Pasco Track** |
|
M135
Terminal Velocity - Air Track** |
|
M140
Terminal Velocity - Free Fall** |
|
| Friction |
M155
Static Friction (horizontal)** |
|
M160
Static Friction (incline plane)** |
|
| Motion in Two Dimensions |
| Central Forces |
M210
Whirligig** |
|
M220
Rotating Tank of Water (parabola)** |
|
| Newton's Second Law |
| Basic Motion |
M400
Acceleration on an Air Track** |
|
M405
Acceleration on a Pasco Track** |
|
| Newton's Third Law |
|
M500
Pasco Carts and Spring Explosion** |
| Linear Momentum |
| Conservation of Linear Momentum |
M610
Pasco Carts and Spring Explosion** |
|
M615
Collisions on Pasco Tracks** |
|
M630
Newton's Cradle** |
|
| Work and Energy |
| Conservation of Energy |
M730
Ballistic Pendulum** |
|
M740
Loop the Loop** |
|
| Springs |
| Hook's Law |
M800
Hanging Masses** |
|
| Energy |
M815
Potential vs. Kinetic (Pasco Track)** |
|
M820
Potential vs. Kinetic (with Gravity)** |
|
| Simple Harmonic Motion |
| Simple Pendulum |
M900
Simple Pendulum** |
|
M910
Torsion Pendulum** |
|
| Springs |
M940
Mass Hanging on a Spring** |
|
M945
Air Track Glider With One Spring** |
|
M950
Air Track Glider With Two Springs** |
|
| Damped Oscillators |
M965
Oscillating Plate in a Magnetic Field ** |
|
| Rotational Dynamics |
| Moment of Inertia |
M1200
Ring, Disk, and Sphere** |
|
M1205
All Spheres Roll the Same** |
|
| Conservation of Angular Momentum |
M1215
Change "Linear" Momentum into Angular (1)** |
|
M1220
Change "Linear" Momentum into Angular (2)** |
|
M1225
Rotating Platforms and Weights** |
|
M1240
Rotating Platform and Bicycle Wheel** |
ELECTRICITY and MAGNETISM
| Electric Fields |
| Production of Charge |
E100
Fur and Rods** |
|
E120
Van De Graaff Generator** |
|
| Coulomb's Law |
E125
Pith Balls** |
|
| Charge by Induction |
E140
Electroscopes** |
|
E145
Pop Can and Rods** |
|
| Electric Fields and Force |
E160
Van De Graaff Generator** |
|
E165 Hair Raising Demo** |
|
E170
Streamers on Van De Graaff** |
|
E180 Ping Pong Balls** |
|
| Capacitors |
| Introduction to Capacitors |
E300
Sample Capacitors** |
|
E305
Variable Space Plate Capacitor** |
|
E310
Parallel Plate and Dielectrics** |
|
| Energy Stored in a Capacitor |
E315
Lighting a Bulb** |
|
E320
Lifting a Mass** |
|
| Circuits and Capacitors |
| RC Circuits |
E445 Charging a RC Circuit** |
|
| Magnetism |
| Materials |
E500 Various Permanent Magnets** |
|
E510 Broken Magnet** |
|
| Magnetic Fields |
E515 Magnet and Iron Filings** |
|
E520 3-D Field Mapper** |
|
E525
Long Wire With Compass** |
|
E530 Wire on Overhead** |
|
| Magnetic Force |
E560 Levitating Magnets** |
|
E570 Cathode Ray Tube and Permanent Magnet** |
|
E575 Cathode Ray Tube and Current in a Wire** |
|
E590 Current Carrying Wire in Magnetic Field** |
|
E595 Jumping Wire Loop** |
|
| Inductance |
| Induced Currents |
E710 Permanent Magnet, Coil, and Galvanometer** |
|
E715 Two Coils and Galvanometer** |
|
E725 Moving a Coil in a Field** |
|
E735 Light the Bulb** |
|
E740 Transformers** |
|
| Eddy Currents  |
E745 Pendulum and Magnet** |
|
E755 Magnet Falling in Tube** |
|
E760 Jumping Ring** |