M01: Pasco dynamics Track
M03: Ellipse Drawing Board
M04: Equilibrium of Forces
M05: Methods for Measuring Motion
M07: Atwood's Machine
M09: Hover Puck
M10: Newton's First Law-Table Cloth Trick
M11: Inertia Ball
M12: Newton's Third
Law-Opposing scales
M13: Elevator - Newton's First Law ![](images/Mis/new3.gif)
M20: Egg and Sheet
M24: Air Track Demonstrations
M28: Falling Bodies
M32: Feather and Coin
M34: Air Drag
M36: Monkey and Hunter
M37: Dual Projectiles ![](images/Mis/new3.gif)
M38: Ballistic Car
M39: Drop/Shoot ![](images/Mis/new3.gif)
M40: Trebuchet ![](images/Mis/new3.gif)
M42: Dynamics of Circular Motion
M45: Air Table Collisions
M50: Nose Basher
M55: Carbon Dioxide
Rocket cart
M56: Low Friction Game of Catch
M58: Balls for Bouncing Collisions
M59: Collisions of Balls
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M60: Frictional Properties of Materials
M61: Inclined Plane Problems
M63: Center of Mass - Earth/Moon Model
M64: Center of Gravity
M65: Center of Gravity Toys ![](images/Mis/updated.gif)
M70: Central Force Demo ![](images/Mis/updated.gif)
M71: Kinetic and Potential Energy ![](images/Mis/new3.gif)
M72: Loop the Loop
M73: Rotational Inertia
M74: Angular Acceleration-Rolling Bodies
M75: Rolling Without Slipping
M76: Conservation of Angular Momentum
M78: Rotational Platform
M79: Torsion Pendulum
M80: Simple Harmonic Motion (SHM)
M81: SHM Using the Air Track
M83: Reference Circle in SHM
M84: The Physical Pendulum
M85: Forced Vibrations
M86: Coupled Oscillators
M87: Wilberforce Pendulum
M88: Nonlinear Oscillator ![](images/Mis/new3.gif)
M89: Pendulum Wave ![](images/Mis/new3.gif)
M90: Symmetrical Top
M91: Pasco Computerized Gyroscope
M100: Miscellaneous Supplies
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