ATARMAxxing · Physical Education
QCE Physical Education Practice Exams with Worked Solutions
20 full-length papers · worked solutions for every question
The 20 practice exams inside the QCE Physical Education Mastery Pack, each set out like the real paper with a separate worked-solution guide. Open any paper to see what it covers.
- AFL centre midfielder aerobic capacity and mixed energy system demands
- Energy system interplay: ATP-PC, anaerobic glycolysis, aerobic transitions
- Repeated sprint work and phosphocreatine replenishment
- Pre-competition phase periodisation: macrocycle, mesocycle, microcycle
- VO2 max, lactate threshold, OBLA, EPOC in AFL context
- Training methods: HIIT, SIT, fartlek, continuous, interval
- Training principles: progressive overload, specificity, individuality, reversibility, rest and recovery
- RAMP warm-up structure and training session design
- Fitness components: aerobic capacity, muscular power, speed, agility, muscular endurance
- Tactical awareness and movement strategies: dynamic systems theory, constraints-led approach
- Ethical issues in physical activity: fair play, drugs in sport, equity
- FITT formula application to training prescription
- Work:rest ratios in repeated sprint ability training
- Specialised movement sequences in AFL: contested possession, centre bounce
- Energy system fuel sources: phosphocreatine, glycogen, triglycerides and end-products
- ATP-PC system and anaerobic glycolysis dominance in NRL prop forward repeated efforts
- Energy system interplay and transition time points
- Phosphocreatine depletion and glycogen mobilisation mechanisms
- Muscular power and strength as fitness components for scrumming and tackling
- EPOC, lactate threshold, and OBLA in high-intensity intermittent sport
- Resistance training and HIIT methods for rugby league props
- Training principles applied to NRL pre-season and competition phases
- Periodisation macrocycle/mesocycle/microcycle planning for rugby league
- RAMP warm-up and session structure
- Ethical issues in elite sport — performance-enhancing drugs, fair play
- Dynamic systems theory and tactical constraints in invasion games
- Work:rest ratio analysis for repeated sprint ability in rugby league
- ATP-PC energy system and phosphocreatine depletion in explosive goalkeeper movements
- Energy system interplay and transition time points in repeated-sprint goalkeeper activity
- Dynamic systems theory — learner, environmental and task constraints on goalkeeper movement strategy
- Fitness components specific to goalkeeping: muscular power, reaction time, agility, flexibility
- Training principles applied to goalkeeper-specific conditioning: specificity, progressive overload, individuality, work:rest ratio
- Training methods for explosive power development: HIIT, resistance, plyometrics, circuit
- Periodisation — macrocycle, mesocycle, microcycle phases and volume-intensity profiles for a goalkeeper
- RAMP warm-up structure and session design for goalkeeper training
- Ethical and integrity issues in contemporary Australian sport: performance-enhancing substances, fair play, equity
- VO2 max, lactate threshold, OBLA and EPOC in the context of intermittent high-intensity sport
- Specialised movement sequences and movement strategies in Soccer/Football invasion game context
- Tactical awareness shaped by opponent tactics and goal-dimension constraints
- Volleyball libero specialised movement sequences and defensive positional adjustments
- Dynamic systems theory — learner, task, and environmental constraints shaping libero movement strategies
- ATP-PC, anaerobic glycolysis, and aerobic energy system interplay for repeated short-burst defensive efforts
- VO2 max, lactate threshold/OBLA, and EPOC in the context of volleyball interval training
- Muscular endurance, agility, reactive power, and speed as fitness components for the libero role
- Training principles — progressive overload, specificity, individuality, reversibility, variety, rest and recovery — applied to libero conditioning
- Interval training methods — HIIT, SIT, aerobic interval — and work:rest ratio design for repeated defensive bursts
- Periodisation — macrocycle, mesocycle, microcycle — for a volleyball competition season
- RAMP warm-up, conditioning phase, and cool-down structure for a libero training session
- Ethical and integrity issues in contemporary Australian volleyball and physical activity contexts
- ATP-PC system exclusivity and phosphocreatine resynthesis in 100 m sprint
- VO2 max irrelevance to 100 m sprint performance
- EPOC after maximal sprint effort — fast and slow components
- Energy system interplay and transition time points
- Competition-phase microcycle design for a sprinter
- Periodisation — macrocycle, mesocycle, microcycle phases
- Training principles applied to sprint training (specificity, progressive overload, rest and recovery)
- Training methods for power and speed (resistance, HIIT, plyometrics)
- RAMP warm-up structure
- Ethical issues in athletics — performance-enhancing drugs (PEDs) and fair play
- Fitness components critical to 100 m sprint — muscular power, speed, reaction time
- QCAA Units 3 and 4 integration — tactical, ethical, energy, fitness, training
- 1500 m running — aerobic system dominance beyond 90 seconds
- VO2 max and lactate threshold as performance determinants
- ATP-PC to anaerobic glycolysis to aerobic system interplay and transition time points
- Continuous training and aerobic interval training within a mesocycle
- Training principles: progressive overload, specificity, individuality, variety, reversibility, rest and recovery
- FITT formula application to aerobic training
- Periodisation: macrocycle, mesocycle, microcycle; preparatory and pre-competition phases
- EPOC and oxygen debt following high-intensity running
- VO2 max, OBLA/lactate threshold physiological mechanisms
- Ethical issues in athletics: performance-enhancing drugs, fair play, equity
- Tactical awareness in track running: movement strategies, pacing, constraints
- Training session structure: RAMP warm-up, conditioning phase, cool-down
- Energy system fuels, end-products, and oxygen dependency
- Fitness components: aerobic capacity, muscular endurance, flexibility, speed
- ATP-PC energy system and phosphocreatine fuel during fast-break sprints
- Anaerobic glycolysis interplay and lactate threshold in repeated court press efforts
- Aerobic energy system recovery contribution during low-intensity transitions
- Energy system transition time points and physiological mechanisms
- Point guard specialised movement sequences: lateral shuffle, drive, crossover, sprint
- Agility and speed fitness components in basketball court press contexts
- Fartlek training method application to variable-intensity court movement
- HIIT and interval training application to basketball-specific demands
- Training principles: progressive overload, specificity, individuality applied to guard play
- RAMP warm-up structure for basketball pre-game/training sessions
- Periodisation: competition phase volume-intensity profile for a point guard
- VO2 max, lactate threshold, and OBLA in repeated high-intensity court press
- EPOC and recovery physiology after anaerobic glycolysis dominant efforts
- Tactical awareness and dynamic systems theory: environmental and task constraints in press defence
- Ethical issues in Australian basketball: fair play and violence in contact sport
- Movement strategies: fast-break attack versus half-court set play in invasion games
- Work-to-rest ratios in basketball and their energy system implications
- FITT formula applied to aerobic base and speed-endurance training blocks
- Mesocycle and microcycle design for a competitive basketball season
- Band A synthesis: devising, evaluating, and justifying a fartlek-based training strategy for a point guard
- Netball centre position — aerobic capacity, speed endurance, and HIIT design
- ATP-PC, anaerobic glycolysis, and aerobic energy system interplay and transitions
- VO2 max, lactate threshold/OBLA, and EPOC in intermittent team sport
- Training principles: progressive overload, specificity, individuality, reversibility, rest and recovery
- HIIT and aerobic interval training methods — work:rest ratios, intensity parameters, fuel sources
- Periodisation: macrocycle, mesocycle, microcycle phases; competition-phase session structure
- RAMP warm-up, conditioning phase, and cool-down structure
- Tactical awareness and dynamic systems theory: learner, environmental, and task constraints in netball
- Fitness components: aerobic capacity, anaerobic power, speed endurance, agility, muscular endurance
- Ethics and integrity in physical activity: fair play, drug use, equity, and media influence
- Badminton singles — net and court tactical awareness
- Environmental constraints: court dimensions and shuttle speed
- Movement strategy for position of advantage (base position, T-position recovery)
- Specialised movement sequences: overhead clear, smash, drop shot stroke mechanics
- Dynamic systems theory: learner, environmental, task constraints
- ATP-PC, anaerobic glycolysis, and aerobic energy system interplay in badminton rallies
- VO2 max, lactate threshold/OBLA, and EPOC in court sport contexts
- Fitness components: muscular power, speed, agility, cardiovascular endurance, flexibility
- Training principles: progressive overload, specificity, individuality, variety, reversibility, rest and recovery
- Training methods: HIIT, SIT, circuit, fartlek, aerobic interval, resistance, flexibility
- RAMP warm-up, conditioning phase, cool-down session structure
- Periodisation: macrocycle, mesocycle, microcycle; preparatory, pre-competition, competition, transition phases
- Ethics and integrity: fair play, anti-doping, equity, media influence in Australian sport
- Devising, evaluating, and justifying training strategies and movement strategies for a badminton singles player
- Swimming 400 m freestyle — aerobic system dominance and energy system interplay
- Lactate threshold and OBLA in elite swimming performance
- Pacing strategy as a movement strategy across 400 m freestyle splits
- Periodisation from preparatory to competition phase for an elite swimmer
- VO2 max, EPOC, and aerobic training adaptations
- Training methods: continuous, aerobic interval, HIIT, and their application to swimming
- Training principles: progressive overload, specificity, individuality, variety, rest and recovery
- FITT formula application to swimming training program design
- Macrocycle, mesocycle, and microcycle structure for competitive swimming
- Fitness components: cardiorespiratory endurance, muscular endurance, flexibility
- Ethical issues in elite sport: performance-enhancing drugs, fair play, anti-doping
- RAMP warm-up and cool-down structure in swimming training sessions
- Dynamic systems theory applied to movement strategy in aquatic activity
- Energy system fuels, end-products, and oxygen dependency
- Band A integration of data, physiology, and training design for swimming
- Rugby union flanker specialised movement sequences and collision-based demands
- Mixed energy system contributions and interplay transitions in high-intensity intermittent sport
- ATP-PC, anaerobic glycolysis, and aerobic system fuels, end-products, and durations
- Resistance training principles: progressive overload and specificity for muscular strength in pre-competition phase
- Training methods: resistance training, HIIT, circuit training for flanker-specific fitness
- Periodisation: macrocycle, mesocycle, microcycle; pre-competition phase volume-intensity profiles
- RAMP warm-up structure and cool-down within a resistance training session
- VO2 max, lactate threshold/OBLA, and EPOC in the context of rugby union aerobic demands
- Fitness components: muscular strength, muscular power, muscular endurance, anaerobic capacity
- Tactical awareness and specialised movement strategies in invasion game (rugby union) context
- Dynamic systems theory: learner, environment, and task constraints shaping flanker movement
- Ethical issues in physical activity: equity, fair play, performance-enhancing drugs in rugby
- FITT formula application to resistance and interval training prescription
- Work:rest ratios and training load management in a pre-competition mesocycle
- Assessment Objectives 1, 4, 5, 6, 7 — recognise, explain, analyse, synthesise, devise, evaluate, justify
- Gymnastics floor routine — Performance category
- Quality of movement concept: effort, flow, time, weight in specialised sequences
- Flexibility and muscular power fitness requirements for gymnastics
- PNF vs static stretching flexibility training methods
- ATP-PC, anaerobic glycolysis, and aerobic energy system interplay in gymnastics
- Training principles applied to gymnastics performance
- Periodisation: macrocycle, mesocycle, microcycle for gymnastics
- RAMP warm-up structure for gymnastics training
- Tactical awareness and ethical considerations in physical activity
- FITT formula application to flexibility and power training
- Hockey midfielder (field hockey) — invasion game constraints
- Transition play as a movement strategy
- Aerobic capacity and muscular endurance
- Continuous and circuit training within a competition-phase microcycle
- Dynamic systems theory — learner, task, and environmental constraints
- ATP-PC, anaerobic glycolysis, and aerobic energy system interplay
- VO2 max, lactate threshold/OBLA, and EPOC
- FITT formula and training principles applied to competition phase
- Periodisation — macrocycle, mesocycle, and microcycle
- RAMP warm-up structure and session design
- Ethical issues in physical activity — fair play, equity, and discrimination
- Band A integration of energy systems, fitness components, and training methods
- Tennis doubles — net and court body awareness, position-of-advantage movement strategy
- Dynamic systems theory: learner, environmental, and task constraints in net and court context
- ATP-PC, anaerobic glycolysis, and aerobic energy system interplay for repeated short-court sprints
- Speed and agility as fitness components for doubles tennis
- Sprint interval training (SIT) and HIIT methods for repeated short-effort court demands
- Work:rest ratios and energy system recovery in tennis rally and changeover contexts
- Training principles (specificity, progressive overload, individuality, variety, reversibility, rest and recovery) applied to a doubles tennis player
- Periodisation (macrocycle, mesocycle, microcycle) and training phases for a competitive tennis season
- RAMP warm-up, conditioning phase, and cool-down structure in a SIT session
- Ethical and integrity issues in Australian sport — fair play, equity, and performance-enhancing substances in racquet sports
- Ethics in sport — drugs, fair play, discrimination, media role, institutional integrity (Unit 3)
- Lance Armstrong / Ben Johnson / AFL supplements saga as case study stimulus
- Tactical awareness and ethical evaluation in Australian physical activity contexts
- Energy systems — ATP-PC, anaerobic glycolysis, aerobic: fuels, end-products, durations, interplay
- VO2 max, lactate threshold, OBLA, EPOC
- Components of fitness and training principles (FITT, progressive overload, specificity, individuality, variety, reversibility, rest and recovery)
- Training methods — HIIT, SIT, continuous, fartlek, circuit, resistance, flexibility
- Training session structure — RAMP warm-up, conditioning phase, cool-down
- Periodisation — macrocycle, mesocycle, microcycle; preparatory, pre-competition, competition, transition phases
- QCAA Assessment Objectives 1, 4, 5, 6, 7 across Sections A, B, C
- ATP-PC system: phosphocreatine fuel, oxygen-independent, ADP+Pi end-product, 0–10 s maximal duration, ruckman tap contest application
- Anaerobic glycolysis: glycogen/glucose fuel, lactate+H+ end-product, 10 s–2 min, repeated sprint capacity for rucking contests
- Energy system interplay: ATP-PC to anaerobic glycolysis transition at ~8–10 s, to aerobic at ~90 s, phosphocreatine resynthesis during recovery
- EPOC (excess post-exercise oxygen consumption): fast and slow components, phosphocreatine restoration, lactate clearance, metabolic rate elevation
- Muscular power and muscular endurance as fitness components specific to ruck contest performance
- Training principles: progressive overload, specificity, individuality, variety, reversibility, rest and recovery applied to a ruckman resistance and HIIT program
- HIIT training method: work:rest ratios, intensity prescription (%MHR or %VO2max), adaptation outcomes for anaerobic glycolysis and aerobic power
- Resistance training: exercises, sets/reps/load parameters, specificity to vertical jump and trunk stability for rucking
- Periodisation: macrocycle, mesocycle, microcycle; preparatory, pre-competition, competition, transition phases; volume-intensity relationship
- RAMP warm-up structure and cool-down in a ruck-specific training session
- Tactical awareness in AFL: dynamic systems theory, learner-task-environment constraints, ruck movement strategies
- Ethics in sport: fair play, drugs in sport (PEDs in AFL context), equity and integrity issues in Australian football
- Surf life-saving ironman — aerobic and anaerobic glycolysis interplay across swim, board, ski, and run legs
- ATP-PC, anaerobic glycolysis, and aerobic energy system transitions, fuels, end-products, and durations
- VO2 max, lactate threshold/OBLA, and EPOC in endurance-based cyclic sport
- Periodisation across a Queensland summer surf life-saving competition season (macrocycle, mesocycle, microcycle)
- Training principles: progressive overload, specificity, individuality, variety, reversibility, rest and recovery
- Training methods: HIIT, SIT, aerobic interval, continuous, fartlek, circuit, resistance, flexibility
- RAMP warm-up structure, conditioning phase, and cool-down in training session design
- Fitness components applied to ironman demands: aerobic capacity, muscular endurance, anaerobic power, flexibility
- Tactical awareness and movement strategies in multi-discipline cyclic sport
- Ethical integrity issues in Australian physical activity — performance-enhancing drug use and fair play
- Volleyball setter — tactical decision-making under constraints (setter position, blocker positioning as environmental constraint), quality of movement in setting technique
- Dynamic systems theory: learner, task, and environmental constraints shaping tactical awareness and specialised movement sequences
- ATP-PC, anaerobic glycolysis, and aerobic energy systems — fuels, oxygen dependency, end-products, durations, interplay transitions
- VO2 max, lactate threshold/OBLA, and EPOC in the context of volleyball setter demands
- Training principles: progressive overload, specificity, individuality, variety, reversibility, rest and recovery (FITT)
- Training methods: HIIT, resistance, circuit, continuous, flexibility — applied to setter hand-speed and positional awareness
- Training session structure: RAMP warm-up, conditioning phase, cool-down
- Periodisation: macrocycle, mesocycle, microcycle — preparatory, pre-competition, competition, transition phases
- Fitness components: muscular power, speed, agility, coordination, flexibility — linked to volleyball setter performance
- Ethical and integrity issues in contemporary Australian physical activity — fair play, equity, media influence
- Soccer winger repeated sprint activity
- ATP-PC, anaerobic glycolysis, and aerobic energy system interplay and graph interpretation
- Energy system fuels, oxygen dependency, end-products, and transition time points
- Repeated Sprint Ability (RSA) and EPOC in soccer
- Fitness components for soccer wingers: speed, muscular power, aerobic capacity, agility
- Training principles: progressive overload, specificity, individuality, variety, reversibility, rest and recovery via FITT
- Fartlek and aerobic interval training methods with quantified parameters
- HIIT and continuous training for aerobic base and lactate threshold development
- VO2 max and lactate threshold/OBLA in high-intensity intermittent sport
- Three-session pre-competition microcycle design, justification, and evaluation
- RAMP warm-up structure within session design
- Periodisation: macrocycle, mesocycle, microcycle phases (pre-competition context)
- Tactical awareness via dynamic systems theory: learner, environmental, and task constraints for soccer wingers
- Specialised movement sequences and movement strategies in invasion games
- Ethics in sport: fair play, equity, and integrity issues in Australian physical activity
- QCAA cognitive verbs applied across Sections A, B, and C
- Work:rest ratios in interval and HIIT training
- Lactate threshold and OBLA implications for recovery between high-intensity efforts
- Water polo goalkeeper — invasive net and court hybrid sport
- ATP-PC energy system — phosphocreatine fuel, explosive leg-kick saves, ~0–8 s duration
- Anaerobic glycolysis — glycogen fuel, lactate and H+ end-products, ~8–90 s duration
- Energy system interplay and transition time points during repeated explosive efforts
- Dynamic systems theory — learner, environmental, and task constraints shaping goalkeeper movement
- Specialised movement sequences — eggbeater kick, shot-blocking dive
- Tactical awareness and movement strategies in invasive net and court hybrid
- Goal dimensions and shot-speed as task constraints
- Recovery strategies — ice therapy, active recovery within competition-phase microcycle
- Fitness components — muscular power, muscular endurance, flexibility, aerobic capacity
- Training principles — progressive overload, specificity, individuality, rest and recovery, reversibility
- Training methods — HIIT, SIT, resistance training, continuous aerobic, flexibility
- RAMP warm-up, conditioning phase, cool-down session structure
- Periodisation — macrocycle, mesocycle, competition-phase microcycle
- VO2 max, lactate threshold, OBLA, EPOC
- Ethics in physical activity — fair play, violence, equity
- QCAA Assessment Objectives 1, 4, 5, 6, 7
Included in the QCE Physical Education Mastery Pack
20 full-length practice exams with worked solutions, 20 revision notes, 64 practice questions and 200 flashcards.
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