| Motion in One Dimension
Skee-Ball©: Experimenting with velocity and acceleration
Motion in Two Dimensions
Firing
a cannon: Calculating projectile motion
Juggling
objects: The physics of juggling Force and Newton's Laws
Helicopters in flight: Applying Newton's force laws Uniform Circular Motion
Navigating
race tracks: Speed, velocity and centripetal acceleration Gravity
and Orbits
Orbiting
satellites: Fundamentals of orbital mechanics
Mission
to Mars: Orbits and energy Wave Motion
Birds
on a wire: The nature of transverse waves Sound
Playing Beethoven's Fifth Symphony:
Wave frequencies and harmonics Kinetic Theory of Gases
Pressure,
volume and temperature: Investigating the ideal gas law
Electric Charge and Coulomb's Law
Electric
golf: Applying Coulomb's Law Electric Fields
Investigating
electric fields Electromagnetic Induction
Generators
and transformers: Experimenting with induction Alternating Current
Circuits
Building a radio tuner: Analyzing
and creating RLC circuits Refraction
Helicopters
versus submarines: Applying Snell's Law Special Relativity
Jump into Einstein's shoes: Motion near the speed of
light | 
