• One-Dimensional Motion
• The Velocity Vector
• The Acceleration Vector
• Constant Velocity and Uniform Acceleration
• A Matter of Relative Motion
• Galilean Relativity I (Ball Dropped From Mast of Ship)
• Galilean Relativity II (Object Dropped From Aircraft)
• Galilean Relativity III (Projectile Fired Vertically)
• Newton's First and Second Laws
• Velocity and Acceleration in Free Fall
• Newton's Third Law
• Conservation of Linear and Angular Momentum
• Conservation of Momentum (Elastic)
• Conservation of Momentum (Inelastic)
• Center-of-Mass Pendulum
• Colliding Freight Cars
• Recoil
• Conservation of Energy
• Inertial Forces (Translational Acceleration)
• Inertial Forces (Centripetal Acceleration)
• Velocity in Circular and Simple Harmonic Motion
• Velocity and Acceleration in Circular Motion
• Kepler's Laws
• Retrograde Motion (Heliocentric Model)
• Retrograde Motion (Geocentric Model)
• Rotating Reference Frames
• Simple Harmonic Motion (The Stringless Pendulum)
• Velocity and Acceleration in Simple Harmonic Motion
• Tacoma Narrows Bridge Collapse
• Dynamic Response of a Suspension Bridge
• Vibrations of a Drum
• Wilberforce Pendulum
• Non-recurrent Wavefronts
• Doppler Effect
• Formation of Shock Waves
• Superposition
• Superposition of Pulses
• Straight Wave Reflection from Straight Barriers
• Reflection of Waves from Concave Barriers
• Circular Wave Reflection from Various Barriers
• Measurement of “G” (The Cavendish Experiment)
• The Ups and Downs of Being an Astronaut
• Physics During Weightlessness
• Acceleration Due to Lunar Gravity
• Pressure, Volume, and Boyle's Law
• Heating, Cooling, and Charles' Law
• Ideal Gas Law
• Deviations From Ideal Gas
• Avogadro's Principle
• Gravitational Distribution ("Sea of Air")
• Dalton's Law (Partial Pressures)
• Graham's Law (Diffusion)
• Brownian Motion and Random Walk
• Maxwell-Boltzmann Distribution
• Temperature, Energy, and Thermal Equilibrium
• Resolving Power
• Michelson Interferometer
• Reversibility of Time
• The Speed of Projectiles, Sound, and Light
• The Michelson-Morley Experiment
• Simultaneity is Relative
• Relativistic Ride
• Absorption Spectra
• Particle in a Box
• Scattering in One Dimension (Part I: Barriers)
• Scattering in One Dimension (Part II: Square Wells)
• Scattering in One Dimension (Part III: Edge Effects)
• Scattering in One Dimension (Part IV: Momentum Space)
• Free Wave Packets

back to top

University of Washington Homepage    Physics Department Homepage    Table of Contents

Email the Lecture Demonstration Staff.