Select an experiment to open the interactive sandbox.
Interact with objects in a friction-rich environment. Apply forces, observe acceleration, and see how velocity vectors evolve in real-time.
Apply Archimedesβ Principle. Control fluid density and object mass to understand floating and sinking in a dynamic fluid tank.
Fire cannons and study parabolas by manipulating angle, mass, and velocity. Collect and analyze real-time trajectory data.
Build and orbit planets and stars in a N-Body gravity simulator. Observe Kepler's laws and orbit mechanics in action.
Simulate perfectly elastic and inelastic impacts on an air-hockey table using Conservation of Momentum and Kinetic Energy.
Explore Hooke's Law and Simple Harmonic Motion. Experiment with gravity, damping, and energy conservation across different planetary environments.
Unlock the secrets of planetary motion. Visualize elliptic orbits, equal areas, and the harmony of worlds through Kepler's three fundamental laws.
Explore coupled oscillators and wave propagation. Visualize how complex systems vibrate as a collection of simple, synchronized patterns.
Observe the transition between static and kinetic friction. Push the crate to its limit and see how ΞΌ alters the force required to slide.
Master Newton's three fundamental laws. Explore inertia, F=ma, and action-reaction through interactive 3D simulations.
Drop objects on 9 different planets! Explore Newton's Law of Universal Gravitation, free fall, and compare gravity across Mercury, Earth, the Moon, Jupiter & more.
Master D = S Γ T interactively! Set speeds, watch vehicles travel, race two objects, use step-by-step mode, and predict outcomes in the Challenge mode.