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Choose SL or HL, tick the syllabus points you want tested and describe anything else in your own words.
Subject and level
HL-only syllabus points are hidden at Standard Level.
Syllabus points
PHY-A Space, Time and Motion
PHY-A.1 KinematicsDisplacement/velocity/acceleration, equations of motion, projectile motion.
PHY-A.2 Forces and momentumNewton's laws, free-body diagrams, momentum, impulse, circular motion.
PHY-A.3 Work, energy and powerConservation of energy, work-energy, Sankey diagrams, power, efficiency.
PHY-B The Particulate Nature of Matter
PHY-B.1 Thermal energy transfersPhases of matter, temperature scales, internal energy, conduction/convection/radiation.
PHY-B.2 Greenhouse effectEnergy balance, albedo, solar constant, greenhouse gases, enhanced greenhouse effect.
PHY-B.3 Gas lawsKinetic theory assumptions, ideal gas equation, pressure-volume diagrams.
PHY-B.5 Current and circuitsemf, current, resistance, Ohm's law, series/parallel circuits, potential dividers.
PHY-C Wave Behaviour
PHY-C.1 Simple harmonic motionSHM defining equation, period/frequency/amplitude, energy changes, graphs.
PHY-C.2 Wave modelTransverse/longitudinal waves, wavelength/frequency/speed, v = f*lambda.
PHY-C.3 Wave phenomenaReflection/refraction/diffraction, superposition, interference, double-slit experiment.
PHY-C.4 Standing waves and resonanceFormation of standing waves, harmonics, resonance and damping.
PHY-C.5 Doppler effectDoppler shift for sound and EM waves; astronomical and medical applications.
PHY-D Fields
PHY-D.1 Gravitational fieldsKepler's laws, Newton's law of gravitation, field strength, field lines.
PHY-D.2 Electric and magnetic fieldsCoulomb's law, charge, electric/magnetic field strength and field patterns.
PHY-D.3 Motion in electromagnetic fieldsCharged particle motion in E/B fields; forces on currents and parallel wires.
PHY-E Nuclear and Quantum Physics
PHY-E.1 Structure of the atomRutherford scattering, emission/absorption spectra, discrete energy levels.
PHY-E.3 Radioactive decayIsotopes, mass-energy equivalence, binding energy, decay types, half-life.
PHY-E.4 FissionSpontaneous/induced fission, chain reactions, reactor components, waste management.
PHY-E.5 Fusion and starsStellar equilibrium, fusion reactions, HR diagrams, distance measurement methods.
Difficulty and exam format
Formats follow the current IB subject guide for Physics SL.
Duration and question count
Up to 20 questions for this format — pick an official IB paper format for longer papers.
Additional instructions
Timed exam mode
Sit the paper against a 90-minute countdown under exam conditions. You can change this when the paper opens.
Your blueprint
- Physics · SL
- Paper 2 · Medium
- 90 minutes · 8 questions
- No syllabus points selected yet
Generated papers are labelled IBBase AI Generated. This is an AI-generated practice paper and is not an official IB examination paper.