The Applet CollectionThese applets enable you to study simple physical systems in a playful way. They are idealizations of realistic scenarios, which follow the proper equations that also govern the real experimental systems. Here is also a handy calculator (will open in a separate window): 
Kinematics 

Significant Figures 
GraphLab 
Vector Addition 
Projectile Simulation 



Net Force 
Simple Incline Plane 
Inclined Plane 
Atwood Machine 
Force and Work 
Virtual Billiards 
Virtual Air Track 
Billiards 



Atwood Machine with
Rotation 
Statics  Beam 
Stacking Blocks 
Orbit 
Diver 



Mass on a Spring 
Pendulum 
Coupled Oscillators 
Damped Oscillator 



Kinetic Theory 
Phase Transition
Temperatures 
Ideal Gas 


Interference 
Reflection, Refraction,
and Diffraction 
Polarizers 
TwoSlit Interference 
Diffraction 
TwoSlit with
Diffraction 
Doppler Effect 
Spectrum 
Beats 
Piano 
Tsunami 



Deflection of
Charges 
Field Lines 
Electrostatic Potential 
Capacitors 
Resistors 
Oscilloscope 
Lorentz Force 
Coulomb 



Charging a Capacitor 
Resonance Circuit 
Induction 


Shadows 
Snell's Law 
Lenses 
Color Mixing: CYM 
Color Mixing: RGB 



Photo Effect 
Electron Configurations 
Bohr Atom 
Blackbody 



Radioactive Decay 
Nuclear Chain Reaction 
Nuclear Isotope
Halflifes 
Quarks 



Scalar Product 
Vector Product 
Seasons 
Relativity 
© W. Bauer, 1999