Virtual Physics Lab

Run the classic experiments from the NEB physics syllabus without a single broken beaker. Every simulation in this course solves the real equations — the pendulum obeys its differential equation, rays follow the thin-lens formula, and circuits obey Ohm's law — so what you measure here is what you would measure in a real lab. Drag, fire, tune and graph your way to genuine physical intuition.

You will learn: doneSimple harmonic motion and time period doneProjectile motion in two dimensions doneWave properties, superposition and standing waves doneImage formation by lenses and mirrors doneOhm's law, series and parallel circuits doneReading and interpreting live graphs

play_arrow Start course play_lesson5 lessons schedule~80 min total

Lessons

1 av_timer Pendulum Lab Drag a real simulated pendulum, change its length and even its planet, and discover exactly what controls its time period. Virtual lab 15 min done 2 rocket_launch Projectile Motion Fire a cannon, trace the parabola, and discover why 45° gives the longest shot — and what air resistance ruins. Virtual lab 15 min done 3 graphic_eq Waves & Sound Shake a virtual string into travelling waves, standing waves and interference patterns, and connect frequency to musical pitch. Virtual lab 16 min done 4 flare Optics Bench Drag an object along a ray-traced optics bench and watch lenses and mirrors form real and virtual images before your eyes. Virtual lab 18 min done 5 electric_bolt Circuit Builder Crank the voltage, swap resistors between series and parallel, and watch animated electrons obey Ohm's law in real time. Virtual lab 16 min done