Mechanics
Measurement
Motion in One Dimension
Motion in Two Dimensions
Relative Motion
Newton's First Law
Newton's Second Law
Newton's Third Law
Statics of Rigid Bodies
Applications of Newton's Laws
Gravity
Work and Energy
Linear Momentum
Rotational Dynamics
Properties of Matter
Fluid Mechanics
Surface Tension
Statics of Fluids
Dynamics of Fluids
Oscillations and Waves
Oscillations
Wave Motion
Acoustics
Instruments
Thermodynamics
Thermal Properties of Matter
Heat and the First Law
Change of State
Kinetic Theory
Gas Law
Entropy and the Second Law
Electricity and Magnetism
Electrostatics
Electric Fields and Potential
Capacitance
Resistance
Electromotive Force and Current
DC Circuits
Magnetic Materials
Magnetic Fields and Forces
Inductance
Electromagnetic Induction
AC Circuits
Semiconductors and Tubes
Electromagnetic Radiation
Optics
Geometrical Optics
Diffraction
Interference
Color
Polarization
The Eye
Modern Physics
Quantum Effects
Atomic Physics
Nuclear Physics
Astronomy
Planetary Astronomy
Stellar Astronomy
Cosmology
Equipment
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Lecture Demonstration Laboratory
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Mechanics
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Demonstrations code
XXXX.XX
1A00.00
Example
1A10
Basic Units
1A10.51
One-Meter Cube
1A40
Vectors
1A40.30
Magnetic Vectors
1A50
Math Topics
1A50.91
Klein Bottle
1A60
Scaling
1A60.50
Scaling Sphere
1C10
Velocity
1C10.25
Air Track
1C20
Uniform Acceleration
1C20.50
Duff's Inclined Plane
1D15
Velocity, Position, and Acceleration
1D15.45
Brachistochrone
1D50
Central Forces
1D50.05
Circular Motion Apparatus
1D60
Projectile Motion
1D60.10
Cart with Cannon
1D60.20
Free-Fall Projectile Motion
1D60.30
Monkey and Hunter
1D60.40
Tennis Ball Trajectory
1E20
Rotating Reference Frames
1E20.20
Foucault Pendulum
1F10
Measuring Inertia
1F10.11
Inertia Balance
1F20
Inertia of Rest
1F20.05
Acceleration, Mass
1F20.10
Mass on Thread
1F20.30
Tablecloth and Dishes
1F20.38
Cork and Bottle
1G10
Force, Mass and Acceleration
1G10.17
Constant Force Spring
1G10.40
Simple Atwood Machine
1G20
Accelerated Reference Frames
1G20.80
Accelerometer
1H10
Action and Reaction
1H10.40
Action-Reaction Cart
1J10
Finding Center of Gravity
1J10.12
Center of Gravity Board
1J10.35
Loaded Disk
1J11
Exceeding Center of Gravity
1J11.10
Leaning Tower
1J11.50
Double Cone and Inclined Track
1J20
Stable, Unstable and Neutral Equilibrium
1J20.11
Equilibrium Cones
1J20.40
Balancing Man
1J20.60
Bottle Stand
1J20.70
Deer Scarer
1J30
Resolution of Forces
1J30.26
Weight on Hammock Rope
1J30.52
Projection Force Table
1J40
Static Torque
1J40.20
Meter Stick on Support
1J40.41
The Bridge Problem
1J40.48
The Derrick
1K10
Dynamic Torque
1K10.30
Spool with Ribbon
1K10.50
Weighted Disc
1K20
Friction
1K20.15
Sliding Blocks
1K20.35
Block on Inclined Plane
1K20.43
Oscillating Meter Stick
1L10
Universal Gravitational Constant
1L10.55
Tidal Distortion
1L40.20
Conic Sections
1M20
Simple Machines
1M20.10
Chainhoist
1M40
Conservation of Energy
1M40.10
Bowling Ball Pendulum
1M40.30
Double-Incline Track
1M40.33
Flextrack
1M40.41
Compressed Air Ballistic Pendulum
1M40.44
Ballistic Pendulum
1M40.62
Basketball Cannon
1N30
Collisions in One Dimension
1N30.10
Newton's Cradle
1N30.60
Basketball and Tennis Ball Collision
1Q10
Moment of Inertia
1Q10.11
Moment of Inertia Meter Sticks
1Q10.40
Moment of Inertia Cylinders
1Q10.80
Swinging Bars
1Q20
Rotational Energy
1Q20.10
Angular Acceleration Machine
1Q20.50
Falling Chimney -- Free-Fall Paradox
1Q40
Conservation of Angular Momentum
1Q40.10
Rotating Table
1Q40.27
Hoberman Sphere
1Q40.80
Hero's Engine
1Q50
Gyros
1Q50.20
Bicycle Wheels
1Q50.30
Mitac Gyroscope
1Q50.35
Gimballed Gyroscope
1Q50.50
Precession Gyroscope
1Q60
Rotational Stability
1Q60.30
Tops
1R10
Hooke's Law
1R10.10
Hooke's Law
1R20
Tensile and Compressive Stress
1R20.15
Young Modulus and the Elastic Limit
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