Classical Mechanics
The bedrock of physics. Explore the principles of motion, forces, energy, and gravity that govern the world we see—from a thrown ball to the majestic orbits of planets.
Laws of Motion
Interact with Newton's three laws. Apply forces to objects and observe their inertia, acceleration, and reactions.
Projectile Motion
Launch objects and trace their parabolic trajectory. Control angle, velocity, and gravity to hit your target.
Circular Motion
Visualize the forces at play when an object moves in a circle. Explore centripetal force and acceleration.
Rotational Dynamics
Discover the concepts of torque, moment of inertia, and how they affect the rotation of rigid bodies.
Angular Momentum
See the principle of conservation of angular momentum in action, as demonstrated by a classic spinning skater.
Work-Energy Theorem
Explore the relationship between the work done on an object and its change in kinetic energy, with and without friction.
Collision Lab
Simulate elastic and inelastic collisions between objects. Observe the conservation of momentum and energy.
Center of Mass
Find and track the center of mass for simple and complex systems of particles as they move and interact.
Universal Gravitation
Model Newton's Law of Universal Gravitation between celestial bodies to understand orbits and gravitational forces.
Roller Coaster Design
Apply principles of energy conservation (potential and kinetic) to design and run a functional roller coaster.