Interactive Physics Simulations

(see Feynman I, Ch. 1-6 for explanations)

• Principle of Virtual Work
• Pendulum Energy Conservation
• Galileo's Ramp
• Binomial Distribution
• Random Walk

(see Feynman I, Ch. 7-20 for explanations)

• Kepler's Laws
• Independence of Horizontal and Vertical Motion
• Newton's Cannonball
• Tides
• Speed as a Derivative
• Distance as an Integral
• Numerical Methods
• Galilean Relativity & Inelastic Collisions
• Elastic Collisions
• Gravitational Field Superposition
• Pseudo Forces

(see Feynman I, Ch. 21-25 for explanations)

• Harmonic Motion
• Forced Damped Oscillator (Steady state)
• Damped Oscillations

(see Feynman I, Ch. 26-27 for explanations)

• Principle of Least Time
• The Sum Over Paths
• Resolving Power

(see Feynman I, Ch. 28-38 for explanations)

• Electric Field of an Accelerating Charge
• Electromagnetic Radiation
• Electromagnetic Radiation - 2
• Interference From Two Charges
• Multiple Source Interference
• Diffraction Pattern
• Shadow Edge Diffraction
• Radiation from a Sheet of Charges
• The Origin of the Refractive Index
• Scattering of Light
• Electric Field from Relativistic Speeds
• Doppler Effect

(see Feynman I, Ch. 39-46 for explanations)

• Ideal Gas Law
• Distribution of Molecules in an Atmosphere
• Brownian Motion
• Ionic Drift Velocity
• Molecular Diffusion

(see Feynman I, Ch. 47-52 for explanations)

• The Wave Equation
• Acoustic Beats
• Phase Velocity & Group Velocity
• Coupled Pendulums
• Reflection of Waves
• Fourier Series of a Plucked String
• Manufacturing Musical Tones
• Surface Waves