ATARMAxxing · Physics
HSC Physics Practice Exams with Worked Solutions
20 full-length papers · worked solutions for every question
The 20 practice exams inside the HSC Physics Mastery Pack, each set out like the real paper with a separate worked-solution guide. Open any paper to see what it covers.
- Advanced Mechanics (projectile, circular/banked, orbital gravitation) — the emphasised strand
- Electromagnetism (motor torque, transformers/induction, parallel-conductor force + Lenz's law)
- The Nature of Light (special relativity, photoelectric effect, Planck graph analysis)
- From the Universe to the Atom (fusion mass defect, hydrogen spectra, Standard Model)
- Exam skills: formula→substitution→units calculations, data/graph interpretation, extended 6–9 mark assess/justify responses
- Electromagnetism (motor effect, induction, transformers, charged-particle motion) — primary emphasis
- Advanced Mechanics (projectile motion)
- The Nature of Light (photoelectric effect)
- From the Universe to the Atom (atomic spectra, nuclear binding energy)
- Synthesis & assessment of EM principles in real technologies
- The Nature of Light (emphasis): photoelectric effect, relativity, spectroscopy/diffraction — 21 marks plus extended response
- Advanced Mechanics: projectile, orbital, banked circular motion — 18 marks
- Electromagnetism: motor torque/back emf, transformers and AC transmission — 15 marks
- From the Universe to the Atom: hydrogen spectrum/atomic models, nuclear binding energy/fusion — 13 marks
- Skills: formula-substitution-units calculations, data/graph interpretation, and a 13-mark assess/justify extended response
- From the Universe to the Atom (emphasis, 25 marks)
- Advanced Mechanics (18 marks)
- Electromagnetism (21 marks)
- The Nature of Light (16 marks)
- Calculation, data-interpretation & extended assess/justify
- Advanced Mechanics (projectile motion, circular/banked motion, gravitation and orbits, energy) — emphasised
- Electromagnetism (DC motors, parallel conductors, electromagnetic induction and transformers)
- The Nature of Light (photoelectric effect, special relativity)
- From the Universe to the Atom (hydrogen spectra, nuclear binding energy, Big Bang and the Standard Model)
- Electromagnetism (33 marks, 41%) — motor effect, transformers, charged particles in fields, electromagnetic induction (Faraday/Lenz), AC generators
- Advanced Mechanics (15 marks) — projectile motion, circular orbital motion and gravitation
- The Nature of Light (14 marks) — special relativity, photoelectric effect graph analysis
- From the Universe to the Atom (18 marks) — hydrogen emission spectra, nuclear binding energy, the Standard Model
- Skills coverage — calculation (formula/substitution/units), one flux-time graph interpretation, one photoelectric graph, two extended assess/justify responses (6-9 marks)
- Nature of Light (38/80 marks): photoelectric effect, special relativity, polarisation/diffraction, wave-particle duality, EMR models (Maxwell-Hertz-Planck-Einstein)
- Advanced Mechanics (12 marks): projectile motion, banked circular motion
- Electromagnetism (14 marks): force between parallel conductors, ideal transformers and transmission losses
- From the Universe to the Atom (16 marks): Hubble's law and redshift, hydrogen spectra and the Rydberg/Bohr model
- Skills coverage: formula-substitution-units calculations, graph/data interpretation (Q25 photoelectric), and an extended 9-mark assess (Q31)
- From the Universe to the Atom (emphasis, 41/80 marks)
- Advanced Mechanics — projectiles & circular motion
- Electromagnetism — motor force & transformers
- The Nature of Light — photoelectric effect & special relativity
- Quantitative skills: formula→substitution→answer with units, plus graph/diagram interpretation and extended assess/justify response
- Advanced Mechanics (projectile, circular & banked-track, gravitation/Kepler) — emphasised weighting
- Electromagnetism (transformers, parallel-conductor force, motor/Faraday-Lenz)
- The Nature of Light (photoelectric effect, EMR spectrum graph interpretation, special relativity)
- From the Universe to the Atom (Bohr/Balmer spectra, HR diagram, standard model)
- Full mark-by-mark band-6 model answers with units recomputed and verified
- Electromagnetism (motor effect, transformers, induction, charged particles) — heavily weighted
- Advanced Mechanics (projectile, orbital, banked circular motion)
- The Nature of Light (photoelectric effect, wave-particle duality)
- From the Universe to the Atom (special relativity, atomic spectra, Standard Model)
- Calculation rigour: formula → substitution → answer with units, plus data/graph interpretation and extended assess/justify responses
- Nature of Light (photoelectric, spectroscopy, special relativity, wave-particle models) - ~41% weighting as the contextual emphasis
- Calculation rigour: every numerical item shown formula → substitution → answer with units, recomputed and verified
- Data/graph interpretation (photoelectric stopping-voltage vs frequency graph yielding Planck's constant and work function)
- Extended 9-mark 'assess' response on competing models of light with sustained, structured argument
- Balanced coverage of all four Year 12 modules with realistic HSC mark weighting totalling 80
- Advanced Mechanics (projectile, circular & orbital motion)
- Electromagnetism (motor effect, induction, transformers)
- The Nature of Light (EM spectrum, photoelectric effect, special relativity)
- From the Universe to the Atom (Bohr/de Broglie, Standard Model, nucleosynthesis, Big Bang evidence)
- Cross-module synthesis via atomic/stellar spectra
- Advanced Mechanics (projectile, circular/banked, orbital & gravitation, synthesis) — 36/80
- Electromagnetism (motor effect, transformers/induction, charged particles in fields) — 20/80
- Nature of Light (photoelectric effect, quantum model) — 8/80
- From the Universe to the Atom (hydrogen spectra/Bohr, nuclear binding & Big Bang) — 16/80
- Skills: formula→substitution→answer-with-units calculations, a v2-vs-F data/graph interpretation, and a 9-mark assess extended response
- Electromagnetism (emphasis): motor effect, force between parallel conductors, transformers, charged particles in fields, EM induction & generators (30 marks)
- Advanced Mechanics: projectile motion, circular motion and satellite orbits (13 marks)
- The Nature of Light: special relativity (time dilation, length contraction) and the photoelectric effect with graphing (15 marks)
- From the Universe to the Atom: atomic spectra, de Broglie matter waves, nuclear binding energy and the Standard Model (22 marks)
- Working scientifically: data/graph interpretation, calculation with units, and extended explain/assess responses
- The Nature of Light (heaviest weighting — photoelectric effect, special relativity, blackbody radiation and spectra)
- Advanced Mechanics (projectile motion, circular/banked motion, orbital mechanics and Kepler's laws)
- Electromagnetism (charged particles in fields, transformers, electromagnetic induction, DC motors)
- From the Universe to the Atom (hydrogen spectra, de Broglie matter waves, nuclear binding energy and radioactive decay)
- Working scientifically: data/graph interpretation and extended assess/justify response
- From the Universe to the Atom (heaviest weighting)
- Advanced Mechanics
- Electromagnetism
- The Nature of Light
- Data/graph interpretation + extended assess/justify response
- Advanced Mechanics (projectile, circular/banked, gravitation, Kepler, 2D momentum) — emphasised, 34 marks
- Electromagnetism (motor torque, back-emf, charged particle in B-field, transformer, Faraday/Lenz) — 22 marks
- The Nature of Light (photoelectric effect, special relativity / time dilation) — 15 marks
- From the Universe to the Atom (Bohr model, atomic spectra, de Broglie, mass defect/binding energy) — 9 marks
- Skills coverage: formula→substitution→answer-with-units calculations, data/graph interpretation (Q24), and 6–9 mark explain/assess extended responses (Q25, Q31)
- Electromagnetism (emphasis, 31 marks): parallel-wire forces, transformers, charged particles in crossed/uniform fields, electromagnetic induction via Faraday's and Lenz's laws, and DC motor / back-EMF principles
- Advanced Mechanics: projectile motion and circular/orbital satellite motion
- The Nature of Light: photoelectric effect, special relativity (muon time dilation/length contraction) and wave-particle duality
- From the Universe to the Atom: hydrogen line spectra, the Rutherford nuclear model and the Standard Model of matter
- Mandated assessment skills: formula-substitution-units calculations, data/graph interpretation (field-time and photoelectric graphs), and extended assess/justify responses worth 6-9 marks
- The Nature of Light (special relativity, photoelectric effect, EM spectrum/Maxwell, blackbody radiation) — heaviest weighting per the exam's context flavour
- Advanced Mechanics (projectile motion, uniform circular motion, gravitation and orbital mechanics)
- Electromagnetism (charged particles in fields, motor effect, Faraday/Lenz induction, ideal transformers)
- From the Universe to the Atom (hydrogen spectra, Bohr vs de Broglie models, nuclear binding energy, radioactive decay, Standard Model)
- Working scientifically — formula→substitution→answer-with-units calculations, graph/data interpretation, and extended assess/justify response
- From the Universe to the Atom (heavy emphasis: 40 of 80 marks)
- Calculation chains: formula to substitution to answer with units, every value recomputed
- Photoelectric data/graph interpretation (Q25)
- Extended assess/explain responses worth 6-9+ marks (Q28, Q29)
- Full module coverage with realistic HSC weighting
Included in the HSC Physics Mastery Pack
20 full-length practice exams with worked solutions, 20 revision notes, 64 practice questions and 200 flashcards.
Preview a sample note and question free on the HSC Physics hub →