Mechanics

*Physics* *DemoRoom*
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Physics Faculty access only
	Mechanics 1A MEASUREMENT 1C MOTION IN ONE DIMENSION 1D MOTION IN TWO DIMENSIONS 1E RELATIVE MOTION 1F NEWTON'S FIRST LAW 1G NEWTON'S SECOND LAW 1H NEWTON'S THIRD LAW 1J STATICS OF RIGID BODIES 1K APPLICATIONS OF NEWTON'S LAWS 1L GRAVITY 1M WORK AND ENERGY 1N LINEAR MOMENTUM AND COLLISIONS 1Q ROTATIONAL DYNAMICS 1R PROPERTIES OF MATTER 1A MEASUREMENT 1A40 Vectors 1A40.10 - Components of a Vector 1A50 Math Topics 1A50.10 - Radian 1A60 Scaling 1A60.10 - Powers of Ten [video] TOP 1C MOTION IN ONE DIMENSION 1C10 Velocity 1C10.20 - PASCO Dynamics Cart 1C10.25 - Air Track and Glider 1C20 Uniform Acceleration 1C20.10 - Penny and Feather 1C20.15 - Drop Lead and Cork Balls 1C20.16 - Drop Ball and Paper 1C20.30 - Inclined PASCO Track TOP 1D MOTION IN TWO DIMENSIONS 1D10 Displacement in Two Dimensions 1D10.10 - Ball in a Tube 1D15 Velocity, Position, and Acceleration 1D15.10 - Ultrasonic Ranger and Student 1D40 Motion of the Center of Mass 1D40.10 - Throw Objects 1D40.22 - Air Table Center of Mass 1D40.50 - Air Track Pendulum Glider 1D50 Central Forces 1D50.10 - Ball on a String 1D50.20 - Whirligig 1D50.40 - Pail of Water 1D52 Deformation by Central Forces 1D52.10 - Flattening Earth 1D52.20 - Water Parabola 1D52.30 - Balls in Water Centrifuge 1D52.40 - Rotating Candle 1D55 Centrifugal Escape 1D55.30 - Falling off the Merry-go-round 1D60 Projectile Motion 1D60.05 - Ball to Throw 1D60.10 - Howitzer and Tunnel 1D60.20 - Simultaneous Fall 1D60.30 - Shoot the Monkey 1D60.40 - Range of a Gun 1D60.55 - Air Table Parabolas 1D60.65 - Water Stream Trajectory TOP 1E RELATIVE MOTION 1E10 Moving Reference Frames 1E10.10 - Bulldozer on Moving Sheet 1E10.20 - Frames of Reference [video] 1F NEWTON'S FIRST LAW 1F20 Inertia of Rest 1F20.10 - Inertia Ball 1F20.30 - Tablecloth Pull 1F20.34 - Card/Coin Snap 1F20.35 - Eggs and Pizza Pan 1F20.40 - Stick on Wine Glasses 1F30 Inertia of Motion 1F30.10 - Persistence of Motion 1F30.30 - Cart on Cart TOP 1G NEWTON'S SECOND LAW 1G10 Force, Mass, and Acceleration 1G10.25 - Acceleration Cart 1G10.40 - Atwood's Machine 1G20 Accelerated Reference Frames 1G20.45 - Dropped Slinky 1G20.60 - Elevators 1G20.76 - Float Accelerometer 1G20.85 - Acceleration Pendulum Car TOP 1H NEWTON'S THIRD LAW 1H10 Action and Reaction 1H10.10 - Push Me Pull Me Carts 1H10.20 - Fan Cart 1H10.25 - Balloon Helicopter 1H11 Recoil 1H11.10 - Roller Cart and Medicine Ball TOP 1J STATICS OF RIGID BODIES 1J10 Finding Center of Gravity 1J10.10 - Hanging Shapes 1J10.20 - Meter Stick on Fingers 1J10.25 - Center of Gravity of a Broom 1J10.251 - Equal Torques, But Not Equal Masses 1J11 Exceeding Center of Gravity 1J11.10 - Leaning Tower of Pisa 1J11.15 - Tipping Block on Incline 1J11.20 - Tower of Lire 1J11.50 - Double Cone 1J20 Stable, Unstable, and Neut. Equilibrium 1J20.20 - Fork, Spoon and Match 1J20.40 - Balancing Man 1J20.45 - Balancing Bird 1J20.50 - Hammer, Board, and Rope 1J20.60 - Bottle Balance 1J30 Resolution of Forces 1J30.10 - Suspended Block 1J30.20 - Tension in a String 1J30.22 - Rope and two Students 1J30.25 - Suspended Mass over Pulleys 1J30.40 - Booms 1J30.60 - Sail Against the Wind 1J40 Static Torque 1J40.10 - Grip Bar 1J40.15 - Torque Wrench 1J40.20 - Torque Beam 1J40.25 - Torque Disc 1J40.50 - Roberval Balance 1J40.70 - Crane Boom 1J40.71 - BECK Crane 1J40.75 - Arm Model TOP 1K APPLICATIONS OF NEWTON'S LAWS 1K10 Dynamic Torque 1K10.10 - Tipping Block 1K10.20 - Ladder against a Wall 1K10.30 - Walking the Spool 1K10.50 - Rolling Uphill 1K20 Friction 1K20.10 - Friction 1K20.35 - Angle of Repose 1K20.37 - Tire Friction 1K30 Pressure 1K30.05 - Syringe with Nail 1K30.10 - Block of Nails 1K30.15 - Hammer a Nail 1K30.20 - Balloon on Bed of Nails TOP 1L GRAVITY 1L10 Univ. Gravitational Constant 1L10.30 - Cavendish Balance 1L20 Orbits 1L20.30 - Rotating Gravitational Well 1M WORK AND ENERGY 1M10 Work 1M10.10 - Table and Block 1M10.15 - Block on Table 1M10.16 - Carry a Block 1M10.20 - Pile Driver 1M10.25 - Pile Driver with Pop Cans 1M20 Simple Machines 1M20.10 - Pulley System 1M20.30 - Construction Jack 1M20.40 - Levers 1M40 Conservation of Energy 1M40.15 - Bowling Ball Pendulum 1M40.20 - Loop the Loop 1M40.30 - Ball in Track 1M40.40 - Ballistic Pendulum 1M40.50 - Big Yo-Yo 1M40.60 - Gauss Rifle 1M40.90 - Rattleback TOP 1N LINEAR MOMENTUM AND COLLISIONS 1N10 Impulse and Momerntum 1N10.15 - Cach Ball 1N10.16 - Hit Ball 1N10.20 - Egg in Sheet 1N10.55 - Karate Chop 1N10.56 - Water Stream Impulse 1N20 Conservation of Linear Momentum 1N20.70 - Walk the Plank 1N22 Rockets 1N22.10 - Fire Extinguisher Wagon 1N22.20 - Water Rocket 1N22.25 - Balloon Rocket 1N22.60 - Impulse of Rocket Engines 1N30 Collisions in One Dimension 1N30.10 - Newtonian Cradle [popular] 1N30.12 - Irritating Collision Balls 1N30.20 - 3 to 1 Collision Balls 1N30.30 - Elastic and Inelastic Collisions 1N30.50 - Impulse Pendulum 1N30.53 - Ball-Block Collision 1N30.60 - Bouncing Balls 1N40 Collisions in Two Dimensions 1N40.20 - Air Table Collisions TOP 1Q ROTATIONAL DYNAMICS 1Q10 Moment of Inertia 1Q10.10 - Inertia Wands 1Q10.40 - Ring and Disk 1Q10.41 - Ring, Disk, and Sphere 1Q20 Rotational Energy 1Q20.30 - Yo-Yo Design 1Q30 Transfer of Angular Momentum 1Q30.25 - De-spin 1Q30.30 - Catch a Ball on a Rotating Bar 1Q40 Conservation of Angular Momentu 1Q40.10 - Rotating Stool and Weights 1Q40.20 - Stability of Orbits 1Q40.25 - Pulling on the Whirligig 1Q40.30 - Rotating Stool and Bicycle Wheel 1Q40.33 - Drop the Cat 1Q40.80 - Hero's Engine 1Q50 Gyros 1Q50.20 - Bicycle Wheel Gyro 1Q50.30 - Gyro with Adjustable Weights 1Q60 Rotational Stability 1Q60.30 - Tippee Top 1Q60.35 - Spinning Football TOP 1R PROPERTIES OF MATTER 1R10 Hooke's Law 1R10.10 - Stretching a Spring 1R20 Tensile and Compressive Stress 1R20.20 - Bending Beam 1R30 Shear Stress 1R30.10 - Shear Book 1R40 Coefficient of Restitution 1R40.10 - Coefficient of Restitution 1R40.30 - Bounce/No Bounce Balls 1R50 Crystal Structure 1R50.20 - Crystal Lattice Models TOP

Physics DemoRoom

Mechanics

Physics
DemoRoom