Physics Simulator

Simulate the path of a projectile under gravity, including launch angle and velocity.

Investigate the motion of a simple pendulum and how length and gravity affect its period.

Visualize two masses connected by a string over a pulley and analyze their acceleration.

Explore uniform circular motion and centripetal force with adjustable parameters.

Experiment with mass, force, and acceleration to see Newton's Second Law in action.

Explore static and kinetic friction and how they affect motion on different surfaces.

Drop objects from different heights and compare their motion with and without air resistance.

Visualize spring-mass oscillations and explore how mass, spring constant, and damping affect motion.

Simulate elastic and inelastic collisions on a track and observe momentum conservation.

Watch elastic collisions between balls with different masses and observe momentum conservation.

Explore the relationship between work, kinetic energy, and potential energy through friction.

Track energy transformations in systems with springs, ramps, and pendulums.

Calculate the rate of doing work in different physical scenarios with forces and motion.

Build and analyze basic series and parallel circuits with bulbs and batteries.

Explore sinusoidal wave propagation with adjustable amplitude, frequency, and wavelength.

Visualize longitudinal sound waves and how frequency and amplitude affect pitch and loudness.

Visualize how center of mass is calculated for multiple objects and how it moves.

Explore angular displacement, velocity, and acceleration for rotating objects in circular motion.