Ripple Tank 3D Simulation
Explore fundamental wave behaviour through an interactive three-dimensional ripple tank. Learners can adjust frequency, wavelength, amplitude, damping, and source shape while...
Explore fundamental wave behaviour through an interactive three-dimensional ripple tank. Learners can adjust frequency, wavelength, amplitude, damping, and source shape while...
How to Play DeLight DeLight is a turn-based circuit-building game for two teams: Red and Blue. Your goal is to connect bulbs into the shared circuit and finish with more total...
This simulation shows how a full-wave bridge rectifier converts alternating current into pulsating direct current. The ideal diodes redirect both halves of the AC waveform so that...
This simulation demonstrates how concave and convex mirrors form images. It uses the mirror equation, $\frac{1}{f}=\frac{1}{d_o}+\frac{1}{d_i}$, where $f$ is the focal length,...
Brownian motion is the irregular movement of a larger particle caused by countless collisions with smaller particles. In this app, the grey circles act like fast-moving air...
Electromagnetic induction happens when a changing magnetic field produces an electric current or voltage in a conductor. In this simulation, a bar magnet moves through a solenoid,...
Ever wondered how lenses form real and virtual images? Welcome to the Thin Converging Lens Simulation, your interactive 3D optics lab. Start by adjusting focal length, object...
Access the app here. When introductory physics curriculum introduces static equilibrium and torque , textbook examples often default to inanimate objects: rigid beams, uniform...