Physics Virtual Laboratories

Investigate trajectories with vectors, drag forces, and motion graphs

Investigate moments, balanced beams, and conditions for static equilibrium

Add vectors with parallelogram, component, and force-equilibrium views

Explore simple harmonic motion, damping, and resonance with a driven mass on a spring

Build series and parallel circuits; measure current, voltage, and resistance

Investigate AC circuits with resistors, capacitors, inductors, and resonance

Explore charge, capacitance, and energy in series, parallel, and combination capacitor networks

Explore field lines around point charges, dipoles, and parallel plates

Visualise magnetic field lines around magnets and current-carrying wires; deflect charged particles

Explore Faraday's law and Lenz's law with a moving magnet and coil

Investigate how a rotating coil in a magnetic field produces sinusoidal EMF

Explore phasors, travelling and standing waves, and superposition

Investigate Snell's law, total internal reflection, and critical angles

Explore Young's experiment with path difference, phase difference, and bright/dark fringe analysis

Explore sound interference with two speakers; drag the microphone and hear the loud and quiet bands

Visualise light rays in optical fibres and the effects of modal dispersion

Model radioactive decay by rolling dice, with exponential and log-linear graphs for half-life and decay constant

Investigate absorption, the inverse-square law, half-life and counting statistics on a virtual Geiger–Müller bench