Astronomy

• Those wonderful constellations.
  
• Goodnight, Moon! The phases of our Moon.
  

Classical Mechanics

• An overview of Newton's laws of motion.
  
• A look at the physics of a toy top.
  
• Rotational form of Newton's laws.
  
• Finding a spring constant via Hooke's Law.
  
• Finding a spring constant via Hooke's Law - Flash version.
  
• Simple harmonic oscillations with a spring - Flash version.
  

Electricity & Magnetism

• Holiday lights in series and in parallel.
  
• Holiday lights in series and in parallel - Java version.
  
• How to hook two batteries in parallel.
  
• Newton's Nightmare: Lenz's Law demonstration.
  

Fluids & Aerodynamics

• How to throw a returning boomerang (and why).
  
• The relationship between pitched wings and lift.
  
• The definition of the Bernoulli effect.
  
• The Bernoulli equation for incompressible fluids & smooth flows.
  
• Water barometers 101 - their rise and fall. (Java based)
  
• More barometer science - pressure and the atmosphere.
  
• Incompressible fluid flow from a spouting cylinder.
  

Heat & Thermodynamics

• The steam engine cycle of toy boats.
  
• The steam engine cycle of toy boats - Java version.
  
• Galileo thermometers 101 and beyond.
  
• Galileo thermometers 101 and beyond - Java version.
  
• Linear expansion - a virtual pyrometer animation.
  

Mathematics

• An introduction to using the Chinese abacus.
  
• Quadratic equation roots derivation.
  

Optics

• Pinhole camera optics.
  
• How to signal with a flat mirror.
  
• Flat mirror images - a ray diagram approach.
  
• Creating virtual space with two flat mirrors - Java based.
  
• Kaleidoscope optics.
  
• Concave mirrors, real images, and the Mirage.
  
• Concave mirrors, real images, and the Mirage - Java version.
  
• More curved mirror basics - teaspoon optics.
  

Plasma Physics

• Plasma balls as an introduction to plasmas.
  

Quantum Mechanics

• What is an atomic clock?