Physical Education — past papers by topic
Every official VCAA exam and examiner report we index, organised by topic and subtopic and labelled with the study design it was written under. Open the official paper, work the question in your own workspace, or bring a tutor into it live.
Papers and examiner reports open on the official VCAA website — they stay official and up to date. Question descriptions below are our own; we never republish exam content. Prefer to be walked through it? Book a tutor →
Official papers & examiner reports, year by year
| Year | Study design | Official paper(s) | Examiner report |
|---|---|---|---|
| 2025 | SD 2025-2029 | VCE Physical Education examination ↗ | Report ↗ |
| 2024 | SD 2017 (previous) | VCE Physical Education examination ↗ | Report ↗ |
| 2023 | SD 2017 (previous) | VCE Physical Education examination ↗ | Report ↗ |
| 2022 | SD 2017 (previous) | VCE Physical Education examination ↗ | Report ↗ |
| 2021 | SD 2017 (previous) | VCE Physical Education examination ↗ | Report ↗ |
| 2020 | SD 2017 (previous) | VCE Physical Education examination ↗ | Report ↗ |
| 2019 | SD 2017 (previous) | VCE Physical Education examination ↗ | Report ↗ |
| 2018 | SD 2017 (previous) | VCE Physical Education examination ↗ | Report ↗ |
| 2017 | SD pre-2017 (older era, archived) | Exam ↗ | Report ↗ |
| 2016 | SD pre-2017 (older era, archived) | Exam ↗ | Report ↗ |
All URLs in years[] were copied verbatim from anchor hrefs extracted directly from the official VCAA past-papers index page (https://www.vcaa.vic.edu.au/assessment/vce/examination-specifications-past-examinations-and-examination-reports/physical-education), fetched successfully via curl (WebFetch hit a 403 on this page; curl with a standard user-agent returned HTTP 200 and the full HTML). Relative hrefs (no leading slash) resolve against https://www.vcaa.vic.edu.au/ — this was cross-verified against the leading-slash hrefs on the same page (e.g. 2025/2024 entries), which WebFetch independently resolved to the same https://www.vcaa.vic.edu.au/sites/default/files/... pattern. Study-design era boundary is stated explicitly on the official page: exams are grouped under "Examinations relating to the current study design" (2025 only, so far) and "Examinations relating to previous study designs" with the explicit sub-heading "2018 to 2024" and the note "Students and teachers should note that, with the introduction of a new study design, the following past examinations are not necessarily a guide to the current VCE examination for this study." The 2017 study design's exact accreditation period (Units 1-2 from 2017, Units 3-4 from 2018-2024) was confirmed via a secondary source (WebSearch summary of studocu/ausgrader material referencing the VCAA 2017PhysicalEducationSD.pdf); years 2016-2017 are labelled as an inferred "pre-2017" older era pending direct confirmation of that boundary's exact start year, and are flagged as lower-confidence for the SD label only (the paper/report URLs themselves are still verbatim from the official page). topics[] reflects the current 2025-2029 study design (Unit 3 AoS titles "How are movement skills improved?" / "How does the body produce energy?"; Unit 4 AoS titles "What are the foundations of an effective training program?" / "How is training implemented effectively to improve fitness?" / "Integrated movement experiences") sourced from VCAA's curriculum page plus cross-checked secondary sources (artofsmart.com.au, WebSearch summaries), because the source .docx study-design file itself could not be parsed as text by the fetch tool. This structure was independently validated by the actual 2025 exam content (Section B Q8's four bullet points literally list "psychological strategies," "energy system requirements," "acute responses to exercise and oxygen consumption," "training methods and principles" as the Unit 4 AoS 3 interdisciplinary categories, and the printed Section B assessment-criteria page confirms "skill acquisition, biomechanics, energy production and/or training" as the four interrelated strands) — so the topics[] taxonomy is evidence-grounded, not just secondary-source-derived. questions[] contains ONLY items built from the 2025 and 2024 exam PDFs, which I personally opened and read in full (all pages). Every desc is an original one-line paraphrase in my own words — no question stems, answer options, or examiner wording were copied. I did not open the 2023-2016 PDFs, so questions[] contains nothing from those years (consistent with the "don't guess" instruction). Marks shown for multi-part questions reflect the total marks of the grouped parts I described. Coverage gaps / limitations: (1) 2023 down to 2016 papers are link-verified only, not content-read, so no questions[] entries exist for them — a follow-up pass could open those PDFs to extend the question bank. (2) The examination-specifications document and full official study-design .docx were not readable as text by available tools (docx binary format), so topics[] relies on the curriculum landing page plus secondary sources rather than a direct read of the syllabus PDF/docx itself, though this was cross-validated against actual exam content as noted above. (3) No cancelled-exam or portal-restriction anomalies were found for this subject in the 2016-2025 window — VCAA ran standard end-of-year written PE exams every year in this range, including through COVID-affected 2020-2021. (4) The vcaacorporateprod.prod.acquia-sites.com mirror mentioned in the task brief was not needed or used; the primary vcaa.vic.edu.au domain was fully accessible via curl.
Browse by topic
Pick a topic, open the exact question in the official paper, then work it in your own workspace — or hand the question straight to a live tutor session.
Movement skill (Unit 3, AoS 1 — How are movement skills improved?) · question map rolling out
Skill classification (discrete, serial, continuous; open/closed continuum)
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Stages of learning (cognitive, associative, autonomous)
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Characteristics and needs of learners at each stage
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Constraints on skill development (individual, task, environmental)
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Practice methods and distribution (massed vs distributed; whole vs part; blocked vs random; variability)
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Feedback types (intrinsic/proprioceptive, extrinsic/augmented, knowledge of results, knowledge of performance)
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Coaching and teaching approaches, stress management and psychological strategies (goal setting, mental rehearsal, concentration/attention)
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Qualitative movement analysis (preparation, observation, evaluation/diagnosis, error correction/feedback)
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Energy production (Unit 3, AoS 2 — How does the body produce energy?) · question map rolling out
ATP-CP, anaerobic glycolysis and aerobic energy systems (fuels, by-products, rate and yield of ATP production)
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Energy system interplay and relative contribution during physical activity
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Acute responses of the cardiovascular, respiratory and muscular systems to exercise
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Oxygen consumption during and after exercise (oxygen deficit, steady state, EPOC)
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VO2 max, lactate inflection point (LIP) and fatigue mechanisms
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Interpreting physiological data (heart rate, blood lactate, VO2, power output) from tables and graphs
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Biomechanics (integrated across Units 3 and 4) · question map rolling out
Levers (classes, mechanical advantage/disadvantage)
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Newton's laws of motion applied to sport
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Momentum, impulse, force-time relationships and summation of momentum
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Projectile motion (angle of release, height of release, speed of release)
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Stability and balance (base of support, centre of gravity, line of gravity)
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Angular motion (moment of inertia, angular momentum, angular velocity)
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Training foundations (Unit 4, AoS 1 — What are the foundations of an effective training program?) · question map rolling out
Fitness components (aerobic/anaerobic power and capacity, muscular strength/power/endurance, speed, flexibility, agility, balance, coordination)
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Fitness testing (validity, reliability, appropriateness) and test selection for a sport/position
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Training principles (specificity, overload, progression, individuality, variety, diminishing returns, reversibility/detraining)
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Pre-training screening, activity analysis and data types (physiological, psychological, sociological, biomechanical)
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Warm-up and cool-down phases and purposes
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Training implementation (Unit 4, AoS 2 — How is training implemented effectively to improve fitness?) · question map rolling out
Training methods (continuous, fartlek, aerobic/anaerobic interval — short/intermediate/long, resistance, plyometric, flexibility)
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Chronic physiological adaptations (cardiovascular, respiratory, muscular) to training and their performance benefits
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Manipulating training method variables (sets, reps, intensity, work-to-rest ratio, %1RM) for a target fitness component
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Recovery strategies (physiological, physical, psychological) and their justification
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Nutritional strategies to delay fatigue and support performance
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Monitoring training load and signs of overtraining
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Integrated movement experiences (Unit 4, AoS 3) · question map rolling out
Interrelationships between skill acquisition, biomechanics, energy production and training in a single performance context
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Analysing the impact of these interrelationships on performance outcomes
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Synthesising and interpreting data/sources to draw performance conclusions (assessed via the extended-response Section B question)
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Social, cultural and equity influences on participation (Units 1-2 foundational; referenced in Units 3-4 application) · question map rolling out
Sociocultural factors influencing participation in physical activity and sport
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Equity, access and adapted/modified sport (e.g. Paralympic and wheelchair sport contexts)
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Role models and major sporting events as drivers of participation
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Energy production · 5 mapped questions
Acute responses of the cardiovascular, respiratory and muscular systems to exercise
- 2025SD 2025-2029Written examination Section A Q11 markIdentifies which variable a term in the cardiac output formula (Q = SV x HR) represents.Official paper ↗Examiner report ↗Work through it with a tutor →
- 2025SD 2025-2029Written examination Section B Q66 marksUses a hot-vs-cool marathon comparison table to state acute blood-volume and body-temperature responses in heat, then explain the winning-time difference via fatigue mechanisms.Official paper ↗Examiner report ↗Work through it with a tutor →
VO2 max, lactate inflection point (LIP) and fatigue mechanisms
- 2025SD 2025-2029Written examination Section A Q6-72 marksInterprets a swimmer lactate/speed data table to explain a late-race speed and lactate spike, then identifies the chronic adaptation that would delay LIP onset.Official paper ↗Examiner report ↗Work through it with a tutor →
Oxygen consumption during and after exercise (oxygen deficit, steady state, EPOC)
- 2025SD 2025-2029Written examination Section B Q112 marksUses a Paralympic paracanoeist case study to name the post-exercise recovery process, outline a cool-down activity, predict/justify whether steady state was reached in a short sprint event, prescribe a resistance protocol for muscular power, and explain how lactate tolerance benefits performance.Official paper ↗Examiner report ↗Work through it with a tutor →
ATP-CP, anaerobic glycolysis and aerobic energy systems (fuels, by-products, rate and yield of ATP production)
- 2024SD 2017 (previous)Written examination Section B Q215 marksUses a multi-round beach-flags sprint/rest-interval data table to explain energy-system interplay across rounds, design warm-up phase examples, and describe the stretch-shortening muscle-contraction sequence in plyometric exercise.Official paper ↗Examiner report ↗Work through it with a tutor →
Movement skill · 5 mapped questions
Constraints on skill development (individual, task, environmental)
- 2025SD 2025-2029Written examination Section A Q21 markClassifies a coaching technique using recorded crowd noise as a specific constraint type plus psychological strategy.Official paper ↗Examiner report ↗Work through it with a tutor →
- 2024SD 2017 (previous)Written examination Section B Q310 marksUses a junior soccer modified-game program to identify the learner's stage of learning, link an individual characteristic to a learning requirement, explain how a nominated constraint affects motor skill development, and use a weekly-schedule practice-distribution change to explain an observed skill-development improvement.Official paper ↗Examiner report ↗Work through it with a tutor →
Stages of learning (cognitive, associative, autonomous)
- 2025SD 2025-2029Written examination Section B Q212 marksUses an adaptive athlete's transition to running with crutches to identify stage of learning and skill classification, evaluate an appropriate practice distribution, and explain the benefit of goal setting on participation and performance.Official paper ↗Examiner report ↗Work through it with a tutor →
Qualitative movement analysis (preparation, observation, evaluation/diagnosis, error correction/feedback)
- 2025SD 2025-2029Written examination Section B Q57 marksUses a cricket ramp-shot diagram to identify the QMA stage for characteristic identification, describe use of remaining QMA stages, and explain via a biomechanical principle why the shot suits faster bowling.Official paper ↗Examiner report ↗Work through it with a tutor →
Skill classification (discrete, serial, continuous; open/closed continuum)
- 2024SD 2017 (previous)Written examination Section A Q11 markIdentifies the defining characteristic of a discrete motor skill from a set of descriptions.Official paper ↗Examiner report ↗Work through it with a tutor →
Training foundations · 5 mapped questions
Fitness testing (validity, reliability, appropriateness) and test selection for a sport/position
- 2025SD 2025-2029Written examination Section A Q191 markSelects the most physiologically appropriate fitness test for measuring anaerobic capacity in a track sprint cyclist.Official paper ↗Examiner report ↗Work through it with a tutor →
Pre-training screening, activity analysis and data types (physiological, psychological, sociological, biomechanical)
- 2025SD 2025-2029Written examination Section B Q320 marksUses lacrosse GPS movement-distance data by position to explain the purpose of activity analysis, propose an additional data type, analyse energy-system/recovery relationships by position, evaluate a fitness test choice, and explain how a respiratory adaptation raises VO2 max.Official paper ↗Examiner report ↗Work through it with a tutor →
- 2024SD 2017 (previous)Written examination Section B Q510 marksUses a runner's incremental lactate-test bar graph to identify the speed at LIP with justification, and explain via fatigue mechanism why the athlete could not finish the final test block.Official paper ↗Examiner report ↗Work through it with a tutor →
Fitness components (aerobic/anaerobic power and capacity, muscular strength/power/endurance, speed, flexibility, agility, balance, coordination)
- 2024SD 2017 (previous)Written examination Section A Q10-112 marksReads a force-velocity curve to match labelled points to fitness components, then selects an appropriate %1RM range for developing the component at the high-force end of the curve.Official paper ↗Examiner report ↗Work through it with a tutor →
Training principles (specificity, overload, progression, individuality, variety, diminishing returns, reversibility/detraining)
- 2024SD 2017 (previous)Written examination Section B Q17 marksUses an elite netballer's circuit-training station table to identify fitness components targeted by two stations, link one station to position-specific specificity, list circuit-training advantages, and suggest a non-repetition progression.Official paper ↗Examiner report ↗Work through it with a tutor →
Training implementation · 1 mapped question
Manipulating training method variables (sets, reps, intensity, work-to-rest ratio, %1RM) for a target fitness component
- 2025SD 2025-2029Written examination Section B Q416 marksUses a tennis player case study to explain how motor unit recruitment and strength gains improve power and speed, discuss a psychological training-diary factor, name a training principle for varying programs, and critique/discuss a short-interval speed-training protocol table.Official paper ↗Examiner report ↗Work through it with a tutor →
Biomechanics · 4 mapped questions
Momentum, impulse, force-time relationships and summation of momentum
- 2025SD 2025-2029Written examination Section B Q77 marksCompares two lawn bowlers' arm-swing lengths via the impulse principle, then applies Newton's second law to explain why a lighter bowl travels further with the same swing.Official paper ↗Examiner report ↗Work through it with a tutor →
- 2024SD 2017 (previous)Written examination Section A Q61 markNames the biomechanical principle stating total system momentum is conserved before and after a collision.Official paper ↗Examiner report ↗Work through it with a tutor →
Angular motion (moment of inertia, angular momentum, angular velocity)
- 2024SD 2017 (previous)Written examination Section A Q14-152 marksUses a sequential diving-position diagram to classify a feedback type during flight, then identify the correct angular-momentum/moment-of-inertia relationship as the diver extends their arms before entry.Official paper ↗Examiner report ↗Work through it with a tutor →
Projectile motion (angle of release, height of release, speed of release)
- 2024SD 2017 (previous)Written examination Section B Q99 marksCompares an able-bodied and a wheelchair basketball athlete's free-throw release via projectile-motion principles, then explains how seated wheelchair position affects two factors in summation of momentum for the shot.Official paper ↗Examiner report ↗Work through it with a tutor →
Integrated movement experiences · 2 mapped questions
Interrelationships between skill acquisition, biomechanics, energy production and training in a single performance context
- 2025SD 2025-2029Written examination Section B Q810 marksUses a modern-pentathlon laser-run lap/shooting time table and heart-rate graph to discuss how psychological strategy, energy-system demand, acute exercise responses and training principles interrelate across a multi-segment run-and-shoot event.Official paper ↗Examiner report ↗Work through it with a tutor →
- 2024SD 2017 (previous)Written examination Section B Q118 marksUses pickleball vs tennis equipment/court dimension comparisons to explain pickleball's popularity with older adults through the interrelationship of levers, task constraints, Newton's second law and required fitness components.Official paper ↗Examiner report ↗Work through it with a tutor →
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