What does the skill acquisition content of WJEC A-Level PE cover?

The skill acquisition content covers the classification of motor skills on continua and the skill-ability distinction; information processing, selective attention and the multi-store memory model; theories of learning (operant conditioning, cognitive and observational learning, Bandura's model) and the transfer of learning; the types of practice (massed, distributed, fixed, varied) and presentation methods (whole, part, whole-part-whole, progressive-part); and the types of guidance and feedback. It is examined within the A2 written paper.

How is skill acquisition examined in WJEC A-Level PE?

Skill acquisition is assessed within the A2 written paper through structured and extended questions that apply the theory to coaching situations. Expect to classify a skill on a named continuum, describe an information-processing or memory model, explain a learning theory or Bandura's stages, recommend a practice type or presentation method for a skill, and select appropriate guidance and feedback for a learner's stage.

What are the most common mistakes in skill acquisition?

The big ones are treating the classification continua as fixed boxes, confusing skill with ability, mixing up negative reinforcement with punishment, recommending massed practice for beginners, using the part method on a highly organised skill, and confusing intrinsic with extrinsic feedback or knowledge of results with knowledge of performance. Precise definitions and justified choices earn the marks.

How does the choice of practice depend on the skill?

Match the practice type to the skill classification. Closed skills in a stable environment suit fixed practice and, for experienced performers, massed practice; open skills in a changing environment suit varied practice; beginners and dangerous or complex skills suit distributed practice. For presentation, highly organised or simple skills suit the whole method, while complex, low-organisation skills suit part or progressive-part methods.

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WJEC A-Level PE Skill Acquisition: a deep dive on classification, information processing, learning theories, practice and feedback

Q: How do I revise the information-processing model?

Learn the four stages (input, decision-making, output and feedback) and what happens at each, with selective attention filtering cues at input. Add the multi-store memory model (sensory store, short-term/working memory, long-term memory) and reaction time, including Hick's law and the psychological refractory period. Practise applying the whole model to a games player receiving and passing the ball.

A deep-dive WJEC A-Level PE guide to the Skill Acquisition content. Covers the classification of skills, information processing and memory, theories of learning and the transfer of learning, types of practice and presentation, and guidance and feedback across the stages of learning.

Generated by Claude Opus 4.820 min readWJECUpdated 2026-06-16

Reviewed by: AI editorial process; not yet individually human-reviewed

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What the skill acquisition content demands
Classification of skills
Information processing and memory
Theories of learning and transfer
Types of practice and presentation
Guidance and feedback
How skill acquisition is examined
Check your knowledge

What the skill acquisition content demands

Skill acquisition is the psychology of learning and performing movement skills in WJEC A-Level Physical Education. It runs from how we classify skills, through how the brain processes information and stores it, to how skills are learned, practised and refined with guidance and feedback. Examiners test precise recall of models and definitions and the application of them to real coaching situations.

This guide walks through the five clusters in a sensible build order, then sets out the exam patterns WJEC repeats. Each cluster has a matching dot-point page with practice questions; this overview ties them together.

Classification of skills

Start by classifying skills on the continua: open-closed (environmental influence), gross-fine (muscle size), discrete-serial-continuous (structure), and self-paced-externally paced (timing). Remember to place a skill towards an end rather than in a fixed box, and to justify the placement. Then separate skill (a learned, consistent action) from ability (an innate, stable trait such as reaction time). Classification matters because it directly shapes the choice of practice.

Information processing and memory

Next, how a performer processes information: input (the senses gather data, selective attention filters cues), decision-making (perception and memory select a response), output (a motor programme runs the muscles), and feedback (results refine future responses). Add the multi-store memory model (sensory store, short-term/working memory, long-term memory) and reaction time, including Hick's law (more choices, slower reaction) and the psychological refractory period (a second stimulus delays the response, exploited by a dummy).

Theories of learning and transfer

Then the theories: operant conditioning (reinforcement and punishment shape behaviour), cognitive theory (insight and whole understanding), and observational learning through Bandura's model (attention, retention, motor reproduction, motivation). Layer on Fitts and Posner's stages of learning (cognitive, associative, autonomous) and the transfer of learning (positive, negative, zero), with coaching strategies to maximise positive transfer and limit negative transfer.

Types of practice and presentation

Now practice design. Learn the practice types (massed, distributed, fixed, varied) and the presentation methods (whole, part, whole-part-whole, progressive-part), and choose between them using the skill's classification: open or closed, simple or complex, low or high organisation, and the learner's stage. The reliable exam task is recommending and justifying a practice type and presentation method for a named skill.

Guidance and feedback

Finally, how a coach supports learning. The four types of guidance are visual, verbal, manual and mechanical, each with benefits and the risk of dependence for the physical forms. Feedback is intrinsic or extrinsic, and gives either knowledge of results (the outcome) or knowledge of performance (the technique), positive or negative. Match guidance and feedback to the stage of learning: beginners need visual and verbal guidance with frequent positive knowledge of results; skilled performers use intrinsic feedback and knowledge of performance.

How skill acquisition is examined

A typical WJEC profile for this content:

Classification and definition. Placing a skill on a named continuum and justifying it; defining skill versus ability.
Describing models. The information-processing model, the multi-store memory model, and Bandura's stages.
Application to coaching. Recommending a practice type or presentation method, and selecting guidance and feedback for a learner's stage.
Extended answers. Bandura's model applied to teaching a skill, transfer of learning, and reaction time including the psychological refractory period are all predictable.

Check your knowledge

A mix of recall and application questions covering the whole skill acquisition content. Attempt them under timed conditions, then check against the solutions.

Classify a sprint start and a rugby pass on the open-closed continuum, justifying each. (4 marks)
Explain the difference between skill and ability. (2 marks)
Describe the stages of a typical information-processing model. (4 marks)
Explain the psychological refractory period with a sporting example. (3 marks)
Describe Bandura's four processes of observational learning. (4 marks)
Explain positive and negative transfer with an example of each. (4 marks)
Recommend a practice type for a beginner learning an open skill and justify it. (3 marks)
Explain which type of feedback is most useful for an autonomous performer and why. (2 marks)

Solutions

Q1: A sprint start is a closed skill (stable, predictable environment, self-paced). A rugby pass in play is an open skill (changing environment, externally paced, must be adapted to opponents and team-mates).
Q2: A skill is a learned, goal-directed action performed consistently with maximum certainty and efficiency. An ability is an innate, stable, enduring trait (such as reaction time) that underpins skills. Skills are learned; abilities are innate.
Q3: Input (senses gather information, selective attention filters cues), decision-making (perception and memory select a response), output (the motor programme is sent to the muscles), and feedback (results return to refine future responses).
Q4: The psychological refractory period is the delay in responding to a second stimulus that arrives before the response to the first is complete, because only one stimulus is processed at a time. A dummy exploits it: the fake triggers a response, then the real action arrives during the refractory period.
Q5: Attention (notice the model), retention (remember it), motor reproduction (be able to copy it), and motivation (want to copy it). A coach uses a clear, attractive model, repeats it with cues, sets it within ability, and reinforces attempts.
Q6: Positive transfer is when one skill aids another through shared movement patterns (an overarm throw aiding a tennis serve). Negative transfer is when one skill hinders another (a badminton wrist action interfering with a tennis serve).
Q7: Distributed practice in varied conditions, because the open skill must be adapted to a changing environment and a beginner needs rest, feedback and reduced fatigue between attempts.
Q8: Intrinsic feedback and knowledge of performance, because an autonomous performer already achieves the outcome and uses the feel of the movement and technical detail to make fine adjustments.