SACE Stage 2 Physics
Interactive Simulation Menu
A growing set of classroom-ready HTML models for Stage 2 Physics. Each topic is organised by subtopic,
with key concepts listed underneath so students and teachers can jump straight to the right idea.
1.1 Projectile Motion
Key concepts: independent horizontal and vertical motion, launch angle, range, time of flight.
1.2 Forces and Momentum
Key concepts: Newton's laws, impulse, momentum conservation, collisions.
1.3 Circular Motion and Gravitation
Key concepts: universal gravitation, orbital motion, centripetal acceleration, Kepler's laws, satellite orbit types.
1.4 Relativity
Key concepts: time dilation, length contraction, reference frames, Einstein's postulates.
2.1 Electric Fields
Key concepts: field lines, electric force, potential difference, field strength.
Planned
2.2 Charged Particles in Electric Fields
Key concepts: acceleration in uniform fields, energy changes, beam deflection.
Planned
2.3 Magnetic Fields
Key concepts: field patterns, right-hand rules, magnetic flux density.
Planned
2.4 Charged Particles in Magnetic Fields
Key concepts: circular motion in fields, radius of curvature, mass spectrometry ideas.
Planned
2.5 Induction
Key concepts: Faraday's law, Lenz's law, generators, transformers.
Planned
3.1 Wave Behaviour of Light
Key concepts: interference, diffraction, Young's double slit, path difference.
Planned
3.2 Wave-Particle Duality
Key concepts: photoelectric effect, de Broglie wavelength, photons.
Planned
3.3 Atomic Structure
Key concepts: line spectra, Bohr model, energy levels, nuclear model history.
Planned