1A
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Measurement
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11A10.10 -Bob the Smoking Skeleton
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1A10.20 -Standards of Mass
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1A10.35 -Meter Stick - Yard Stick
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1A10.40 -Metronome
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1A10.50 -Measurement of Volume
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1A10.55 -Lead, Wood and Foam Blocks
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1A10.u1 -Density of Water, Alcohol, and Air
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1A10.u2 -Large Geometric Solids
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1A20.10 -Probability Board
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1A20.20 -Probability Disks
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1A20.25 -Large Dice for Statistics
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1A30.30 -Polar Coordinates - Compass
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1A40.25 -Tinker Toy Vectors
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1A40.30 -Magnetic Vectors
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1A40.u1 -Etch-A-Sketch
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1A40.u2 -Vectors and Markers
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1A40.u3 -Vector Components
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1A50.10 -Radian
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1A60.10 -Powers of Ten
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1A60.u1 -Scaling Blocks
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2C40.u1a -Laminar Motion (New)
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1C
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Motion in One Dimension
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1C10.10 -Car on a Moving Sheet
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1C10.20 -Constant Velocity Cart
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1C10.30 -Instantaneous Velocity as the Limit of Average Velocities
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1C10.u1 -Timing with Metronome and Blocks
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1C20.10 -The Feather and the Farthing
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1C20.30 -Acceleration on the Air Track
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1C30.10 -Timed Free Fall of a Ball
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1C40.u1 -Triangulation (Position from Time Measurement)
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1D
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Motion in Two Dimensions
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1D10.60 -Stopping Rotational Motion with a Strobe Light
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1D15.10 -Motion Detector and Student
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1D15.20 -High Road Low Road
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1D40.10 -Dumbbell with Light
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1D40.35 -Two Body System on Hand-Driven Rotator
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1D40.50 -Conservation of Moment with the Center-of-Mass Pendulum Glider
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1D50.10 -Ball on a String
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1D50.15 -Components of Circular Motion Model
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1D50.20-1 -Centripetal Force Demonstrator - Fancy Version
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1D50.20-2 -Centripetal Force Demonstrator - Simple Version
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1D50.25 -Conical Pendulum
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1D50.40 -Swing the Pail
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1D50.67 -Fluid in rotating U tube
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1D50.70 -Spinning Chain Demonstration - A Safe Variation
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1D50.u1 -Centripetal Force Plate
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1D52.10 -Flattening Earth
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1D52.20 -Water Parabola
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1D52.31 -Centrifuge Model
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1D52.u1 -Snow's Bobbers
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1D52.u2 -Air Centrifuge/Gyroscope
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1D52.u3 -Liquid Accelerometer on Turntable
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1D55.20 -Sparks Off of a Grinding Wheel
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1D55.30-1 -Pennies on a Turntable
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1D55.30-2 -Jeep vs. Viper
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1D55.u1 -Centrifugal Force Demonstrator
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1D55.u2 -Circular and Tangential Motion
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1D60.10 -Relativity Cart
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1D60.11 -Relativity Cart with Drop Rod
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1D60.20 -Slug Gun
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1D60.30 -Shooting the Falling Teddy Bear
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1D60.40 -Nerf Rocket
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1D60.46 -Spring Launcher
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1D60.65 -Water Trajectory
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1D60.u1 -Rubber Tube Launcher
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1D60.U2 -ElectroKinetic Tennis Ball Cannon
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1E
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Relative Motion
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1E10.10 -Crossing the River
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1E10.20 -Frames of Reference Film
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1E20.10-1 -Foucault Pendulum (Quantitative Method)
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1E20.10-2 -Foucault Pendulum (Qualitative Method)
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1E30.u1 -Coriolis Effect and Foucault Pendulum
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1E30.u2 -Coriolis Effect
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1F
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Newton's First Law
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1F20.10 -Block and String
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1F20.20 -Lead Brick and Hand
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1F20.33 -Cloth from Under Dishes
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1F20.34 -Marble and Card
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1F20.35 -Eggs and Pizza Pan
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1F20.37 -Soda Bottles and Dollar Bill
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1F30.21 -Water Hammer
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1F30.u1 -Frictionless Puck
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1G
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Newton's Second Law
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1G10.40-1 -Timed Atwood's Machine to Show Constant Velocity for Equal Weights
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1G10.40-2 -Bicycle-Size Atwood's Machine
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1G20.10 -Candle in a Dropped Jar
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1G20.30 -Jumping Mass on Oscillating Platform
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1G20.38 -Forces acting during Free fall
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1G20.45 -Dropping Slinky
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1G20.70 -Liquid Accelerometer and Cart
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1G20.71 -Liquid Accelerometer on Inclined Track
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1G20.75 -Accelerometer
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1G20.u1 -Godzilla Elevator
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1H
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Newton's Third Law
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1H10.20 -Fan Cart
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1H10.u1 -Putt-Putt Steam Boat
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1J
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Statics of Rigid Bodies
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1J10.12 -Center of Mass Forms
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1J10.20 -Meter Stick on Fingers
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1J11.10 -Leaning Tower Model
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1J11.20 -Tower of Lire
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1J11.50 -Cone Rolling Uphill
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1J11.u1 -Tipping Towers
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1J11.u2 -Giant Pencil
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1J20.10 -Bowling Ball Stability
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1J20.11 -Stability
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1J20.35 -Dinosaur on Stand
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1J20.45 -High Wire Cyclist (Ernie the Balancing Bear)
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1J20.60 -Wine Bottle Balance
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1J20.u1 -Loop and Peg
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1J20.u2 -Files and Stick
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1J20.u3 -Balancing Hammer on Hinged Meter Stick
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1J20.u4 -Center of Gravity Paradox
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1J20.u5 -Balancing Forks on Cork
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1J30.10 -Car Balanced on Inclined Plane
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1J30.20 -Scale in Between Two Masses
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1J30.25 -Forces on a Taut Rope
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1J30.30 -String Force Bridge
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1J30.50-1 -Forces on a Point in Equilibrium
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1J30.50-2 -Hanging Weight with Spring Balances
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1J30.u1 -Car on an Inclined Plane
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1J30.u2 -Hanging Picture
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1J30.u3 -Euler Buckling
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1J40.10 -Grip Bar
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1J40.15 -Torque Wrench
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1J40.15-2 -Torque Wrench (New)
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1J40.20 -Meter Stick and Weights - Moment of Force
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1J40.40 -Truck on a Bridge
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1J40.60 -Ladder on Water
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1J40.u1 -Model Leg for Use in Torque and Elasticity Calculations
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1J40.u2 -Mechanical Forearm Lever
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1K
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Applications of Newton's Laws
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1K10.10 -Tipping Block
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1K10.30 -Walking the Spool
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1K20.10 -Various Blocks on an Inclined Plane
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1K20.20 -Multifaced Block on an Inclined Plane
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1K20.30 -Static / Dynamic Friction
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1K20.37 -Tire Tread Friction
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1K20.40 -Capstan - Rope and friction around a cylinder
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1K20.u1 -Friction of Overlapping Catalog Pages
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1L
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Gravity
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1L10.30 -Cavendish Experiment
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1L20.40 -Dissectible Cone
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1L20.41 -Bisected Cones
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1M
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Work and Energy
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1M10.20 -Pile Driver
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1M10.25 -Pile Driver and Soda Cans
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1M20.u1 -Block and Tackle
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1M20.u3 -Mechanical Advantage of a Screw
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1M30.15 -Launcher Pendulum and Sliding Mass
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1M30.u1 -Downhill Duck
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1M40.10 -Pendulum and Nose
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1M40.12-1 -Pendulum with Two Masses - Tension in a Pendulum Cord
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1M40.12-2 -Tension in a Pendulum
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1M40.15 -Pendulum and Peg
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1M40.20 -Loop the Loop
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1M40.41 -Cenco Ballistic Pendulum
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1M40.90 -Rattleback
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1M40.u1 -Conservation of Energy with Pendula
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1M40.u2 -Hot Wheels
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1M40.u3 -Dropper Poppers
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1M50.10 -Prony Brake - Brake Horsepower
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1M50.u1 -Hand-Driven Brake
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1N
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Linear Momentum
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1N10.20 -Egg in a Sheet
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1N20.20 -Spring Apart Carts
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1N20.u1 -Cannon
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1N21.10 -Cart for Lecturer to Stand On
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1N22.20 -Water Rocket
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1N22.25 -Balloon Rocket
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1N22.32 -Linear Rocket
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1N22.33 -Cenco Rocket Propulsion Demonstrator
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1N22.u1 -Pulse Jet
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1N22.u2 -Model Rocket
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1N22.u3 -Air Rocket
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1N30.10 -Newtonian Demonstrator
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1N30.20 -Three Unequal Balls for Collision
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1N30.30 -Timed Conservation of Momentum on the Air Track, New
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1N30.30-1 -Timed Conservation of Momentum on the Long Air Track
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1N30.33 -Timed Conservation of Momentum on the Air Track, Old
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1N30.50 -Impulse Momentum
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1N30.60 -Double Ball Bounce
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1N30.u1 -AstroBlaster
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1N30.u2 -Crash Test Dummies
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1Q
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Rotational Dynamics
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1Q10.10 -Inertial Wands
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1Q10.31 -Inclined Plane
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1Q10.u1 -Moment of Inertia
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1Q20.10 -Angular Acceleration Model
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1Q20.50 -Ball vs. Hinged Board in Free Fall
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1Q40.10 -Rotating Chair with Weights
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1Q40.23 -Rotary Governor
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1Q40.25 -Ball Rolling on a Table
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1Q40.25-2 -Pulling on the Whirligig
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1Q40.30 -Rotating Chair and Bicycle Wheel
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1Q40.33 -The Turning Cat
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1Q40.40 -Train on Rotary Track
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1Q40.70 -The Ball in a Funnel
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1Q40.82 -Jet Spinner
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1Q40.u1 -Conservation of Angular Momentum Model
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1Q40.u3 -Hoberman Sphere - Collapsing Star
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1Q50.00 -Gyroscopes
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1Q50.20 -Gyroscopes - Bicycle Wheel
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1Q50.50 -Precession
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1Q50.60 -B52 Bomber Gyroscopic Inertial Guidance
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1Q50.u1 -Bicycle with Gyro Mounted in the Front Wheel
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1Q50.u3 -Bowling Ball Gyroscope
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1Q50.u5 -Toy Gyroscope
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1Q60.15 -Yo-Yo
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1Q60.30 -Tippee Top
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1Q60.35 -Spinning Football
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1Q60.40 -Tossing the Book
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1Q60.45 -Toss the Hammer
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1Q60.u1 -Frisbees
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1Q60.u2 -Top
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1R
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Properties of Matter
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1R10.10 -Hooke's Law
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1R20.u1 -Matter Model
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1R40.30 -Balls Wanted: Dead or Alive
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1R50.20 -Crystal Lattice Models
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1R50.21 -Buckminster-Fuller Ball
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1Z
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Misc
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1Z1 -Blackboard Mechanics
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1Z2 -Metal Track and Ball Bearings Carts
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1Z3 -Air Table
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