Explore the work-energy theorem stating that net work done on an object equals its change in kinetic energy (Wnet = ΔKE). Understand that work is force times displacement in the direction of force (W = Fd cos θ), measured in joules. Visualize how positive work increases kinetic energy, negative work decreases it, and perpendicular forces do zero work. Apply the theorem to analyze motion with varying forces, friction, and gravitational effects.
Interactive 3D space simulator for Newton's Law of Universal Gravitation. Launch satellites, observe elliptical orbits, and track kinetic and potential energy live.
Drop objects of different densities into fluid of adjustable density. Observe buoyant force, weight, and net force to predict whether objects sink, float, or remain neutrally buoyant — all in 3D.
Simulate sound wave propagation from a moving source. Calculate perceived frequencies for front and rear observers, and explore the Mach Cone (sonic boom) during supersonic flight.
Interactive 3D rotational mechanics simulator. Drop point masses onto a spinning disk to observe angular momentum conservation and kinetic energy dissipation.