Support Equipment
- 1 -00.00 - Support Equipment used for
Mechanics
Measurement
Basic Units
Error and
Accuracy
- 1A20.20 - Statistics and
Probabilities - Coin Flip
- 1A20.25 - Statistics and
Probabilities - Dice
- 1A20.27 - Statistics and
Probabilities - Ping Pong Balls
Coordinate
Systems
Vectors
Math Topics
Scaling
Motion in One Dimension
Velocity
- 1C10.10 - Car
on a Moving Sheet - Velocity Addition
- 1C10.20 - Dynamics Carts - Pasco
- 1C10.25 - Air Track - Constant
Velocity
- 1C10.62 - Time of Flight
Uniform
Acceleration
- 1C20.10 - Free-fall in a Vacuum
(Penny and Feather Demo)
- 1C20.18? - Free-fall and Air
Resistance
- 1C20.20 - Free-fall - Time Intervals
- 1C20.30 - Inclined Air Track - Timed
Intervals
Measuring g
Motion in Two Dimensions
Displacement in
Two Dimensions
Velocity,
Position, and Acceleration
Motion of the
Center of Mass
Central Forces
- 1D50.20 - Whirligig
- 1D50.25 - Conical Pendulum
- 1D50.26 - Conical Pendulum - Model
Plane on a String
- 1D50.40 - Central Forces - Pail of
Water
- 1D50.45 - Central Forces - Penny
& Coat Hanger
- 1D50.49 - Central
Forces - Ball on Hoop
- 1D50.50 - Central Forces -
Centripetal Force
- 1D50.52? - Central Forces -
Centripetal Force - 1 to 4 mass ratio
- 1D50.69 - Central Forces Puzzle
Deformation by
Central Forces
- 1D52.10 - Central Forces -
Centrifugal Flattening
- 1D52.20 - Water Parabola
- 1D52.30 - Water Centrifuge with Cork
and Balls
- 1D52.40 - Rotating Candle
Centrifugal
Escape
- 1D55.10 - Central Forces - Broken
Ring
- 1D55.15 - Central Forces - T-Ball on
a String
- 1D55.17 - Escape Velocity (Escape from a
Gravity Well) - ref. Astronomy
- 1D55.20 - Tangential Central Forces -
Grinding Wheel & Sparks
Projectile
Motion
- 1D60.10 - Property of Inertia Demo -
Jeep & Gun
- 1D60.12 - Property of Inertia - Air
Track
- 1D60.20 - Simultaneous Fall - 2nd Law
Apparatus
- 1D60.30 - Shoot the Monkey
- 1D60.40 - Projectile Motion - Spring
Gun
- 1D60.55 - Parabolic Trajectory on an
Incline Plane
- 1D60.90 -
Projectile Motion - "Newton's Cannon" computer simulations
Relative Motion
Moving Reference
Frames
Rotating
Reference Frames
Coriolis Effect
Newton's First Law
Measuring
Inertia
Inertia of Rest
- 1F20.10 - Inertia of Rest - Mass and
Strings
- 1F20.14? - Inertia of Rest - Tissue
Paper Rolls
- 1F20.30 - Inertia of Rest - Glass of
Water
- 1F20.33 - Inertia of Rest - Cylinder
- 1F20.34 - Inertia of Rest - Coin/Card
Snap
- 1F20.40 - Stick and Wine Glasses
- 1F20.55? - Inertia of Rest - Inertia
Hat
- 1F20.60 - Tighten a Hammer Head
Inertia of
Motion
- 1F30.15 - Inertia of Motion - Chain
- 1F30.21 - Water Hammer
- 1F30.30 - Inertia of Motion - Air
Track & Homer
Newton's Second Law
Force, Mass, and
Acceleration
- 1G10.10 - Uniform Acceleration due to
Earth's Gravity - Air Track
- 1G10.40 - Atwood's Machine
Accelerated
Reference Frames
- 1G20.30 - Leaky Cup Drop
- 1G20.38 - Einstein's Birthday Present
- 1G20.40 - Springs & Weights or Bucket
& Springs
- 1G20.45 - Dropped Slinky
- 1G20.50 - Magnet & Keeper
- 1G20.70 - Uniform Acceleration -
Liquid Accelerometer & Dynamics Cart
Complex Systems
Newton's Third Law
Action and
Reaction
Recoil
Large Scale Outdoor Measurements
Statics
of Rigid Bodies
Finding Center
of Gravity
Exceeding Center
of Gravity
Stable,
Unstable, and Neutral Equilibrium
Resolution of
Forces
- 1J30.10 - Resolution of Forces on an
Inclined Plane
- 1J30.20 - Tension in a String
- 1J30.25 - Forces on a String -
Three Students and a Rope
- 1J30.30 - Break a Wire With a Hinge
- 1J30.50 - Force Table, Vertical and
Horizontal
- 1J30.70 - Rice in a Tube
Static Torque
Application's of Newton's Laws
Dynamic Torque
- 1K10.20 - Ladder Forces
- 1K20.10 - Friction Blocks
- 1K20.14 - Friction - Air Track
- 1K20.35 - Inclined Plane - Angle of
Repose
- 1K20.36? - Inclined Plane -
Acceleration of a Block
- 1K20.37 - Static Friction - Rolling
Wheel
- 1K20.42 - Rolling and Sliding
Friction
- 1K20.70 - Falling Bottle Capstan
- 1K20.76 - Climbing Monkey
- 1K30.10 - Crush Strength - Stand on
Dixie Cups
Friction
Pressure
Gravity
Universal
Gravitational Constant
Orbits
Work and Energy
Work
Simple Machines
Non-Conservative
Forces
Conservation of
Energy
Mechanical Power
Linear Momentum
and Collisions
Impulse and
Thrust
- 1N10.11 - Impulse - Time of Contact
- 1N10.30 - Impulse Demo - Dropping
Beaker / Eggs
Conservation of
Linear Momentum
- 1N20.10 - See-Saw Center of Mass
- 1N20.15 - Center of Mass - Platform
- 1N20.20 - Conservation of Linear
Momentum - Air Track
- 1N20.40 - Pop Pop Boat
Mass and
Momentum Transfer
- 1N21.20 - Air Track - Mass & Momentum
Rockets
Collisions in
One Dimension
- 1N30.10 - Newton Spheres
- 1N30.30 - Elastic & Inelastic
Collision of Solids - Air Track
- 1N30.40? - Elastic & Inelastic
Collision of Solids - Balls
- 1N30.50 - Impulse Demo - Elastic and
Inelastic Pendulum
- 1N30.60 - Tennis ball and Basketball
Collisions in
Two Dimensions
Rotational Dynamics
Moment of
Inertia
- 1Q10.30 - Moments of Inertia -
Hoops and Disks
- 1Q10.75 - Parallel Axis Wheels
Rotational
Energy
- 1Q20.10 - Angular Momentum Machine
- 1Q20.15 - Angular Momentum - Rotating
Air Table
- 1Q20.20 - Moment of Inertia
- 1Q20.46 - Moment of Inertia - Energy of Translation
- 1Q20.50 - Falling Chimney
Transfer of
Angular Momentum
- 1Q30.40 - Fluctuating Magnetic
Fields/Cons. of Angular Momentum - ref. Astronomy
- 1Q30.90 - Magic Windmill
Conservation of
Angular Momentum
- 1Q40.10 - Cons. of Angular Momentum
Demo - Stool and Weights
- 1Q40.20 - Cons. of Angular Momentum
Demo - Squeezatron
- 1Q40.22 - Cons. of Angular Momentum
Demo - Hoberman Sphere
- 1Q40.30 - Cons. of Angular Momentum
Demo - Bicycle Wheel
- 1Q40.40 - Action-Reaction Demo -
Train Demo
- 1Q40.50 - Action-Reaction Demo -
Pocket Watch - Tail Wags the Dog
- 1Q40.57 - Cons. of Angular Momentum -
Air Table
- 1Q40.60 - Cons. of Angular Momentum -
Ball or Cylinder Paper Pull
- 1Q40.70 - Cons. of Angular Momentum -
Vortex Cones
Gyros
Rotational
Stability
Properties of Matter
Hooke's Law
Tensile and
Compressive Stress
Shear Stress
- 1R30.20 - Shear - Foam Block
- 1R30.30 - Shear - Spring Cube,
Crystal Lattice
Coefficient of
Restitution
Crystal
Structure
- 1R50.20 - Crystal Models and Lattices
- 1R50.24? - Crystals - Mirror Images
and Symmetry
- 1R50.30 - Crystals, Crystal
Structure, & Atomic Planes
- 1R50.31 - Snow and Ice Crystals
- 1R50.40 - Faults in a Crystal
|