Physics Simulations

Investigate transient charge dynamics, energy storage, and RC time constants in DC circuits.

Adjust frequency, amplitude, tension, damping, and end boundary conditions.

Investigate trajectories, launch angles, gravity, and drag coefficients.

Simulate two-point source wave superposition, fringe patterns, and intensity profiles.

Observe wavefront compression and perceived frequency shifts from a moving wave source.

Explore Hooke’s law, mechanical resonance, damping, and energy exchange.

Fire alpha particles at a heavy atomic nucleus to observe Coulomb repulsion trajectories.

Experiment with potential difference, resistance, capacitance, and current.

Analyze gravitational attraction, orbital speed, and Keplerian paths.

Measure period duration while altering length, gravity, amplitude, and friction.

Apply horizontal vectors to examine static and kinetic friction thresholds.

Model elastic vs. inelastic impacts to verify linear momentum conservation.

Position point charges to calculate static field vector distributions.

Track optical paths through converging lenses and determine focal points.

Compute Archimedes’ principle across fluid densities and displaced masses.

Investigate double-arm rotational dynamics and chaotic motion trajectories.

Manipulate container volume and kinetic temperature to plot pressure.

Visualize magnetic flux lines around dipoles using movable field indicators.