WACE Physical Education Studies ATAR study plan

Map the full syllabus into a one-page topic tree covering functional anatomy, biomechanics, exercise physiology, motor learning and skill acquisition, and sport psychology

Define and correctly use 40 core anatomical and physiological terms (e.g., agonist, antagonist, origin, insertion, plane of motion) in written definitions

Label the major bones, joints, and muscle groups from memory on a blank skeleton diagram

Explain how the skeletal and muscular systems interact to produce movement at a named joint

Describe the structure and function of the three muscle fibre types and compare their fatigue resistance and force output

Trace the sliding filament theory step by step in writing without notes

Classify 15 named sporting actions by joint type, plane, and axis of movement

Explain the role of levers (first, second, third class) using three sporting examples

Summarise the three energy systems (ATP-PC, glycolytic, oxidative) with fuel source, duration, yield, and by-products

Match 12 sporting events to their dominant energy system and justify each choice in two sentences

Explain the relationship between intensity, duration, and energy system contribution

Describe oxygen debt and the recovery processes after exercise

Explain the acute cardiovascular and respiratory responses to exercise (heart rate, stroke volume, cardiac output, ventilation, tidal volume)

Describe chronic training adaptations of the cardiorespiratory and muscular systems

Explain how the body regulates temperature during exercise and the risks of heat stress and dehydration

Interpret a simple heart-rate and work-rate data set and describe the trend

Define motor skill and classify skills on the open-closed, gross-fine, and discrete-serial-continuous continua with examples

Outline Fitts and Posner's stages of learning and describe observable characteristics of each stage

Explain the types and scheduling of practice (massed, distributed, blocked, random) and select appropriate methods for a given skill

Describe feedback types (intrinsic, extrinsic, knowledge of results, knowledge of performance) and their role in learning

Explain arousal, anxiety, and motivation theories and their effect on performance

Describe goal setting, imagery, and self-talk as psychological strategies with a sporting application for each

Explain the components of fitness and design a six-week training program applying the FITT and overload principles

Justify training-method choices (continuous, interval, resistance, plyometric) for a named athlete

Practise extended-response questions under timed conditions and mark them against syllabus dot points

Identify and correct recurring weaknesses in structure, terminology, and use of evidence

Explain biomechanical concepts of force, velocity, acceleration, momentum, and projectile motion with sporting examples

Analyse how the application of force and Newton's laws influences performance in a chosen skill

Consolidate weak areas flagged in the week 7 error log through targeted re-study

Complete a full-length practice paper under exam conditions

Review the marking key and write model answers for every question answered incorrectly

Recite key definitions and formulas from memory in a rapid-recall session