✦ Lab 02 / 04 · Physics ✦

Physics Lab

From particles to planetary orbits

Animate particle motion, visualize oscillations and standing waves, map electric and magnetic fields, simulate projectile paths and gravitational orbits — all with real physics equations driving every pixel.

Physics Modules

Four Physical Laboratories

Animated
Kinematics & Motion
x(t) = x₀+v₀t+½at² · v=v₀+at
Animated particle with synced x–t, v–t, a–t graphs. Control initial velocity, acceleration, and watch all three graphs respond simultaneously to a time scrubber.
Open Lab →
Live Simulation
Oscillations & Waves
y = A·sin(kx−ωt) · SHM · Superposition
Spring-mass SHM animation, phase space portrait, energy graph, wave superposition with interference, standing waves, and beat frequency visualization.
Open Lab →
Vector Fields
Electromagnetism
E = kq/r² · ∇²φ = −ρ/ε₀
Click to place positive and negative charges. Watch electric field lines and equipotential surfaces form in real time. Vector field animation with magnitude coloring.
Open Lab →
Orbits & Projectiles
Mechanics & Gravitation
F = Gm₁m₂/r² · Kepler's Laws
Projectile motion with air drag, planetary orbital simulation using Euler integration, escape velocity calculator, and energy/angular momentum graphs.
Open Lab →