A-Factor
WAECNECOIGCSESATJUPEB

Physics simulations for every curriculum

Interactive, AI-powered simulations built for WAEC, NECO, IGCSE, SAT and JUPEB students. Type a prompt or pick a topic below.

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🎯Mechanics

Projectile motion

Launch a projectile and explore range, height, and trajectory in real time.

WAECNECOIGCSESATJUPEB
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πŸŒ€Mechanics

Double pendulum

Explore deterministic chaos with a coupled nonlinear oscillator. Trail, energy monitor, and presets included.

IGCSESATJUPEB
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πŸ”˜Mechanics

Coupled oscillators

Explore normal modes, beats, and energy transfer in a linear coupled spring–mass system.

IGCSESATJUPEB
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πŸ§ͺThermal physics

Gas laws (Boyle & Charles)

Compress gas to see pressure rise. Heat it to watch volume expand.

WAECNECOIGCSESAT
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⚑Mechanics

Newton's 2nd law

Apply forces to a block and observe acceleration in real time.

WAECNECOIGCSESATJUPEB
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🚈Mechanics

Consequences of Newton's motion laws

Explore inertia, momentum and action-reaction with interactive experiments.

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〰️Mechanics

Simple harmonic motion

Oscillating mass-spring system with displacement, velocity and energy graphs.

WAECNECOIGCSEJUPEB
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βš›οΈModern physics

Quantum Harmonic Oscillator

Visualise quantum wavefunctions, superpositions, and coherent states in the exactly solvable QHO potential.

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🌊Modern physics

1D Quantum Tunneling

Interactive wave packet scattering through barriers, wells, and steps. Split-step Fourier evolution with real-time transmission/reflection measurement, WKB analysis, and classical comparison.

IGCSESATJUPEBA-LevelUndergrad
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⚑Electricity

Ohm's law & circuits

Adjust voltage and resistance, measure current. Build series and parallel circuits.

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πŸ‚Electricity

Electrostatics: Charging Objects

Friction, conduction & induction, the gold-leaf electroscope, and the electrophorus.

WAECNECOIGCSEJUPEB
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🧲Electricity

Electrostatics: Coulomb's Law & Fields

Force between point charges, with a real release animation, plus electric field lines.

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πŸ”‹Electricity

Electrostatics: Potential & Capacitors

Potential energy with live KE/PE tracking, equipotential surfaces, and a charging/discharging capacitor.

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🧲Electricity

Magnetic Effects of Current

Field of a straight wire and solenoid (right-hand rule), plus the motor effect (Fleming's left-hand rule). Secondary to undergraduate level.

WAECNECOIGCSESATJUPEBUndergraduate
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πŸ”„Electricity

Electromagnetic Induction

Faraday's and Lenz's laws with a moving magnet and galvanometer, an AC generator with a live EMF-time graph, and a transformer. Secondary to undergraduate level.

WAECNECOIGCSESATJUPEBUndergraduate
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πŸ“ˆElectricity

Simple AC Circuits

AC waveforms and RMS values, inductive/capacitive reactance with phasor diagrams, and a series RLC circuit with impedance triangle and resonance. Secondary to undergraduate level.

WAECNECOIGCSESATJUPEBUndergraduate
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🌊Waves

Wave motion

Visualise transverse and longitudinal waves. Explore frequency and amplitude.

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🌈Waves

Diffraction

Waves spreading through a single slit, and diffraction-grating spectral orders.

WAECNECOIGCSEJUPEB
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πŸ•ΆοΈWaves

Polarization

Unpolarized light through a single filter, and Malus’s law with two polarizers.

IGCSESATJUPEB
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πŸ”­Optics

Refraction & lenses

Trace light rays through convex and concave lenses. Find focal length.

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πŸ‘“Optics

Reflection

The law of reflection, mirror rotation (fixed source, 2ΞΈ rule), and concave/convex ray diagrams.

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πŸŒ‘Optics

Sources of Light & Rectilinear Propagation

Shadows (umbra & penumbra), solar & lunar eclipses, and the pinhole camera.

WAECNECOIGCSE
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☒️Modern physics

Radioactive decay

Watch nuclei decay over time. Explore half-life with live decay curves.

WAECNECOIGCSEJUPEB
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πŸ’‘Modern physics

Photoelectric effect

Fire light at a metal plate and test Einstein's equation hf = Ο† + KEmax.

WAECIGCSEJUPEB
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〰️Modern physics

De Broglie hypothesis

See matter waves in action: Ξ» = h/mv for particles from electrons to cricket balls.

IGCSEJUPEBSAT
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⚑Modern physics

X-rays

Explore X-ray tube production, the continuous spectrum, and the Duane–Hunt limit.

WAECIGCSEJUPEB
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βš›οΈModern physics

Atomic Models

Explore the evolution of atomic theory from Thomson to quantum mechanics, with interactive scattering, quantized orbits, fine structure, Zeeman effect, and quantum orbitals.

WAECNECOIGCSESATJUPEBA-Level
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🧱Mechanics

Friction

Static vs kinetic friction on flat and inclined surfaces, with the angle of repose.

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πŸ”₯Thermal physics

Modes of heat transfer

Conduction, convection, and radiation compared side by side with live particle animation.

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πŸ‰Mechanics

Elasticity

Hooke's law with a loaded spring, and Young's modulus for a stretched wire.

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βš–οΈMechanics

Equilibrium of forces

Static & dynamic equilibrium, coplanar forces, moments, and floating bodies.

WAECNECOIGCSEJUPEB
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More simulations being added weekly. Suggest a topic at hello@afactor.app