🌊
Simple Pendulum
Explore simple harmonic motion with a simple pendulum. Adjust length, gravity, and initial angle to observe periodic motion.
Simple Harmonic Motion
Period & Frequency
Energy Conservation
Launch Simulation
🚀
Projectile Motion
Launch projectiles and explore parabolic trajectories. Adjust launch angle, initial velocity, and gravity to see trajectory changes.
Parabolic Trajectory
Range & Maximum Height
Time of Flight
Launch Simulation
🌸
Mass-Spring System
Explore Hooke's Law and damped harmonic motion. Adjust mass, spring constant, and damping to observe oscillatory behavior.
Hooke's Law
Simple Harmonic Motion
Damping Effects
Launch Simulation
🪐
Orbital Mechanics
Explore planetary orbits and Kepler's laws. Adjust orbital parameters to see elliptical, circular, and escape trajectories.
Kepler's Laws
Orbital Mechanics
Gravitational Force
Launch Simulation
⚡
Double Pendulum
Witness chaotic motion in a double pendulum system. Small changes in initial conditions lead to dramatically different trajectories.
Chaos Theory
Sensitive Dependence
Phase Space
Launch Simulation
🌊
Wave Interference
Explore wave superposition and interference patterns. Create constructive and destructive interference by adjusting wave parameters.
Wave Superposition
Constructive Interference
Destructive Interference
Launch Simulation
🎱
Collisions & Momentum
Collide two balls on a track and watch momentum stay conserved while kinetic energy is lost in inelastic collisions. Adjust masses, velocities and how bouncy the collision is.
Conservation of Momentum
Elastic vs Inelastic
Coefficient of Restitution
Launch Simulation
💨
Kinetic Theory of Gases
Watch particles bounce inside a container. Heat the gas to speed the particles up, or change the volume and particle count to see the pressure respond — the gas laws in action.
Particle Model of Matter
Temperature & Kinetic Energy
Pressure
Launch Simulation
🎡
Circular Motion
Whirl a ball on a string in a horizontal circle. Change the radius, angular velocity and mass to see how the speed, centripetal acceleration and string tension change.
Uniform Circular Motion
Centripetal Force
Angular Velocity
Launch Simulation