Skill, skill continuums and transfer of skills — AQA A-Level Physical Education

This topic explores how skills are defined, classified, and transferred between sporting contexts. You will learn to place skills on continua such as open-closed, gross-fine, discrete-serial-continuous, self-paced-externally paced, and high-low organisation. Understanding these classifications helps explain why some skills are easier to learn and perform in different environments.

The concept of transfer of skills is crucial for effective coaching and skill acquisition. It examines how learning one skill can positively or negatively affect the learning of another, and how teachers can structure practice to maximise positive transfer. This topic underpins later work on skill acquisition, including practice types, feedback, and information processing.

• →A skill is a learned ability to bring about a predetermined result with maximum certainty and minimum outlay of energy or time.
• →Skills are classified along continua: open-closed, gross-fine, discrete-serial-continuous, self-paced-externally paced, and high-low organisation.
• →Open skills are performed in unpredictable environments and are externally paced; closed skills are performed in predictable environments and are self-paced.
• →Transfer of skills can be positive (aids learning), negative (hinders learning), or zero (no effect), and can be proactive or retroactive.
• →Understanding continua and transfer helps coaches design effective practice and avoid negative transfer.

• Skill is learned through practice and experience, not inherited.
• Skill is goal-directed: it is performed to achieve a predetermined outcome.
• Skill is performed with maximum certainty, consistency, and is highly accurate.
• Skill is economical, performed with minimum outlay of energy and time.
• Skill is executed with control and fluency, and is aesthetically pleasing.
• Abilities and traits are innate and therefore not characteristics of skill.
• Continua classify skills on sliding scales rather than fixed categories.
• Open to closed relates to environmental influence; gross to fine relates to muscle group size.
• Discrete, serial and continuous relates to the skill's beginning and end; externally paced to self-paced relates to timing control.
• Simple to complex relates to decision-making demands; high to low organisation relates to separating sub-routines.
• Correct classification helps select suitable practice, feedback and transfer strategies.
• Open skills occur in unpredictable, changing environments where the performer must adapt to external stimuli.
• Closed skills occur in predictable, stable environments where the performer controls the timing and execution.
• The open–closed continuum classifies skills by the degree of environmental influence, not as two separate categories.
• Skills can be placed along the continuum; for example, a basketball free throw is relatively closed, while a pass in a game is relatively open.
• Open skills typically require more decision-making and adaptation; closed skills typically require consistent technique and pre-planned movement.
• Discrete skills have a clear beginning and end, such as a tennis serve or a penalty kick.
• Serial skills combine several discrete skills in a sequence, such as a gymnastics floor routine or a triple jump.
• Continuous skills have no obvious beginning or end and repeat cyclically, such as running, swimming or cycling.
• The discrete–serial–continuous continuum classifies skills by the clarity of their start and finish points.
• Skills can be placed along the continuum; for example, a basketball free throw is discrete, a lay-up is serial, and jogging is continuous.
• Gross skills are characterised by the recruitment of large muscle groups to produce forceful, whole-body movements.
• Fine skills are characterised by the recruitment of small muscle groups to produce precise, controlled movements.
• The continuum is a scale rather than two separate boxes, so a skill can sit between the poles.
• Classification should be justified by identifying the dominant muscle groups and the precision demanded by the action.
• A shot put throw illustrates the gross end because large muscle groups generate force.
• A gymnast adjusting finger and wrist position illustrates the fine end because small muscle groups control accuracy.
• Self-paced skills are initiated and timed by the performer, who controls when the action begins.
• Externally paced skills are timed by external factors such as an opponent, a teammate or an official signal.
• The continuum is a scale, so skills can sit between the poles when control is shared.
• Classification should be justified by identifying who determines the start and speed of the skill.
• A golfer choosing when to strike a tee shot illustrates the self-paced end.
• A goalkeeper reacting to a penalty illustrates the externally paced end.
• High organisation skills have sub-routines that are closely linked and difficult to separate.
• Low organisation skills have sub-routines that are easily separated and practised in isolation.
• The continuum describes the relationship between sub-routines, not consistency or predictability.
• A skill can be placed between the poles when some parts can be separated but others cannot.
• Classification must be justified with reference to the ease of separating the skill's sub-routines.
• Simple skills involve few decisions and few subroutines to coordinate.
• Complex skills involve many decisions, many subroutines or high perceptual demands.
• The continuum describes information processing and coordination demands, not difficulty for one performer.
• A skill can be placed between the poles when it has some but not all complex features.
• Classification must be justified by counting decisions and subroutines in the skill.
• Names the relevant continua, such as open–closed, simple–complex, self-paced–externally paced, gross–fine, discrete–serial–continuous, and high–low organisation.
• States a clear position for the skill on each continuum rather than leaving it vague.
• Justifies each position with a specific feature of the skill, for example whether the environment changes or how easily sub-routines are separated.
• Uses a sporting example and explains how the demands of that example support the placement.
• Recognises that placement can be a matter of degree and explains the balance of evidence where a skill sits near the middle.
• Explains that the same skill may move along a continuum in a different context, such as a pass under pressure compared with a pass in isolation.
• Defines transfer of learning as the influence of one skill on the learning or performance of another.
• Distinguishes positive transfer, where performance improves, from negative transfer, where it is hindered.
• Recognises zero transfer, where there is no measurable effect between unrelated skills.
• Identifies bilateral transfer, where learning is transferred from one limb to the other.
• Applies the concept to a sporting example and explains the similarity or conflict causing the transfer.
• Suggests a coaching response, such as highlighting similarities or correcting conflicting technique.
• Positive transfer is defined as the process where the learning or performance of one skill facilitates or aids another.
• It relies on the presence of identical elements, such as shared movement patterns, perceptual cues, or decision-making demands.
• Established motor programmes from a previously learned skill are adapted to accelerate the acquisition of the new skill.
• A classic example is the transfer of an overarm throwing technique to a tennis serve or volleyball spike.
• Coaches promote positive transfer by ensuring the foundational skill is fully grooved and by explicitly pointing out similarities.
• Negative transfer is defined as the process where the learning or performance of one skill hinders or interferes with another.
• It typically occurs when two skills appear similar or share environmental cues but require different movement responses.
• The interference is caused by the inappropriate application of an established motor programme to a new skill.
• A classic example is the firm wrist of a tennis shot interfering with the flexible wrist required in badminton.
• Negative transfer is usually a temporary phase in learning and can be resolved through targeted practice and highlighting differences.
• Identifies zero transfer as no measurable effect of learning or performing one skill on another skill.
• Distinguishes zero transfer from positive transfer, where one skill aids another, and negative transfer, where one skill interferes with another.
• Applies the continuum position to a practical example by comparing performance of the second skill before and after practice of the first.
• Selects the option in which the two skills are independent and no change in the second skill is described.
• Defines bilateral transfer as the effect of learning or performing a skill with one limb on performance of the same skill with the opposite limb.
• Recognises that bilateral transfer can be positive, negative or zero depending on whether the second limb improves, worsens or is unchanged.
• Applies the concept to a practical example by comparing performance of the same skill with dominant and non-dominant limbs.
• Distinguishes bilateral transfer from proactive and retroactive transfer, which concern the order in which skills are learned rather than which limb is used.
• Defines transfer of learning as the influence of previous learning on the acquisition of a new skill.
• Identifies positive transfer: prior learning helps a new skill, for example a tennis serve aiding a badminton overhead clear.
• Identifies negative transfer: prior learning hinders a new skill, for example a badminton wrist action disrupting a tennis shot.
• Identifies zero transfer: no measurable effect of one skill on another, such as swimming and darts.
• Explains bilateral transfer: practising one limb improves performance in the opposite limb.
• Applies strategies to reduce negative transfer, such as emphasising differences between skills and sequencing practice carefully.

• 💡Read all options before choosing; eliminate any option describing an innate trait or ability.
• 💡Look for the option that combines learning with a predetermined goal, accuracy, and being economical.
• 💡Remember the specific AQA characteristics: learned, goal-directed, consistent, accurate, economical, and aesthetically pleasing.
• 💡Identify the specific continuum named in the question before judging the skill.
• 💡Justify the placement by referring to the defining feature of that continuum, such as environmental influence, timing, or sub-routines.
• 💡Eliminate options that place the skill at an extreme without supporting evidence from the scenario.
• 💡When classifying a skill, state the environmental conditions first, then explain why that makes it open or closed.
• 💡Use a specific sporting example and explain how the environment affects the performer's decisions or technique.
• 💡Avoid absolute language such as 'always' or 'never'; refer to the skill's position on the continuum.
• 💡When classifying a skill, identify whether it has a clear start and end, a sequence of parts, or a repeating cycle.
• 💡Use a specific sporting example and explain how the beginning and end points determine its position on the continuum.
• 💡Avoid saying a skill is 'just' discrete or continuous; explain its position relative to the other categories.
• 💡Name the dominant muscle groups in the skill before choosing a position on the continuum.
• 💡Use a specific sporting example and explain why it sits nearer one end.
• 💡If a skill has both elements, say so and explain which element dominates and why.
• 💡State clearly who controls the timing of the skill before placing it on the continuum.
• 💡Use a named example and explain what the performer controls and what is controlled externally.
• 💡For skills between the poles, explain which element has the greater influence on timing.
• 💡Define the continuum in terms of sub-routines before applying it to the skill in the question.
• 💡Use the phrase 'difficult to separate' for high organisation, and 'easily separated' for low organisation.
• 💡Justify placement with a specific example of the skill's sub-routines, such as the ball toss and racket swing in a tennis serve.
• 💡Count the decisions and the subroutines before choosing a placement.
• 💡Use the words decisions and subroutines in your justification to show you are applying the correct criteria.
• 💡If a skill has some complex features, place it between the poles and explain which features make it more or less complex.
• 💡For each continuum, write the position first, then the word because, then the evidence from the skill.
• 💡Use one named sporting example throughout so the justification stays focused and comparable.
• 💡If a skill sits near the middle, say so and explain which features pull it towards each end.
• 💡Name the type of transfer first, then give the sporting example and the reason.
• 💡Use the words similar or conflicting to explain why the transfer is positive or negative.
• 💡If asked for a coaching strategy, link it directly to the type of transfer you identified.
• 💡Always define positive transfer in terms of one skill facilitating or helping another skill.
• 💡Use the concept of 'identical elements' or shared motor programmes to explain why positive transfer occurs.
• 💡Provide a clear, specific sporting example, such as an overarm throw aiding a tennis serve, to illustrate the concept.
• 💡Clearly state that negative transfer involves one skill hindering or interfering with another.
• 💡Explain the mechanism of negative transfer by referencing conflicting motor programmes or different responses to similar cues.
• 💡Use the tennis and badminton wrist action example to clearly illustrate how similar contexts can lead to conflicting movements.
• 💡Underline the key phrase in the stem, such as no effect or unchanged, before looking at the options.
• 💡Eliminate any option that describes improvement or decline when the stem reports no change.
• 💡Check that the example in the option involves two distinct skills, because transfer is a relationship between skills rather than within one skill.
• 💡Look for limb words such as hand, foot, arm, leg or side in the stem to identify bilateral transfer.
• 💡Check whether the stem describes the same skill on the opposite side, because that is the key feature of bilateral transfer.
• 💡Eliminate options about the order of learning different skills, as those describe proactive or retroactive transfer instead.
• 💡Read the scenario carefully and name the type of transfer before explaining its effect on skill development.
• 💡Use a specific sporting example to show the direction of transfer, for example which skill is learned first and which is affected.
• 💡When asked how a coach can manage transfer, link the strategy directly to reducing negative transfer or promoting positive transfer.
• 💡When classifying a skill, always justify your choice by referring to the specific characteristics of the environment and the performer's control. Use the continua as a spectrum, not as absolute categories.
• 💡For transfer questions, name the type of transfer, give a precise sporting example, and explain the cause (similarity or conflict in movement patterns or environmental demands).
• 💡Use correct terminology consistently: 'open', 'closed', 'gross', 'fine', 'discrete', 'serial', 'continuous', 'self-paced', 'externally paced', 'positive transfer', 'negative transfer', 'zero transfer'.

• Confusing skill with ability: ability is innate, whereas skill is developed through learning and practice.
• Forgetting specific characteristics: students often miss that a skill is aesthetically pleasing, accurate, or economical.
• Believing skill guarantees success: skill increases certainty and accuracy but does not remove the influence of environment or opponents.
• Treating fitness as a characteristic of skill: fitness supports performance but is not itself a defining characteristic of skill.
• Treating continua as fixed categories: a skill can sit anywhere along the scale and may change position depending on the situation.
• Confusing simple-complex with high-low organisation: simple-complex is about decision-making, while high-low organisation is about separating sub-routines.
• Mixing up pacing: externally paced skills are timed by the environment or opponents, while self-paced skills are timed by the performer.
• Thinking that open skills are only team sports and closed skills are only individual sports; correction: the classification depends on the predictability of the environment, not the number of participants.
• Believing a skill is either completely open or completely closed; correction: skills lie on a continuum and can be relatively open or relatively closed.
• Confusing closed skills with skills that are easy or simple; correction: closed skills can be highly complex, such as a gymnastic routine, but the environment is stable.
• Assuming that a closed skill never involves decisions; correction: the performer still makes decisions, but they are pre-planned and not forced by a changing environment.
• Thinking that serial skills are the same as continuous skills; correction: serial skills are a sequence of discrete skills with a clear start and end, while continuous skills repeat without a clear beginning or end.
• Believing that a skill must be either discrete or continuous with no middle ground; correction: serial skills sit between discrete and continuous on the continuum.
• Confusing a discrete skill with a simple skill; correction: discrete skills can be complex, such as a tennis serve, but they have a clear start and finish.
• Assuming that continuous skills cannot be broken down for practice; correction: coaches often break continuous skills into parts for training, even though the skill itself is continuous.
• Treating gross and fine as two fixed categories rather than opposite ends of one continuum; the correction is to place each skill at a point on the scale and justify that position.
• Assuming that a sport is wholly gross or wholly fine; the correction is to classify the specific skill, because one sport can contain skills at different points.
• Judging the continuum by how difficult the skill looks rather than by muscle-group size and precision; the correction is to use the defining criteria of muscle groups and accuracy.
• Believing that fine skills never involve force; the correction is that fine skills still produce movement but rely on small muscle groups for precision.
• Confusing externally paced with simply being competitive; the correction is that the defining feature is who controls the timing, not the presence of opposition.
• Assuming a skill is self-paced because the performer moves first; the correction is to check whether an external cue or opponent dictates the timing.
• Treating the continuum as two fixed categories; the correction is to place the skill at a point on the scale and justify it.
• Believing that all team sports are externally paced; the correction is to classify the specific skill, because a free throw in basketball is largely self-paced.
• Confusing high–low organisation with consistency or predictability: the continuum is strictly about how easily sub-routines can be separated.
• Assuming high organisation means a complex skill: a simple skill can be highly organised if its parts cannot be separated (e.g., a forward roll).
• Treating the continuum as two fixed boxes: many skills sit between the poles, so a skill with some separable parts should be placed along the continuum with justification.
• Equating complex with difficult: a skill can be structurally simple but hard for a beginner, so complexity is about decisions and parts, not personal difficulty.
• Assuming all sports skills are complex: a single closed action such as a sprint start has few decisions and parts, so it is simple.
• Ignoring the number of subroutines: a skill with many coordinated parts, such as a tennis serve, is complex even if it looks smooth.
• Treating the continuum as two fixed boxes: many skills sit between the poles, so a skill with some complex features should be placed along the continuum with justification.
• Treating each continuum as two fixed boxes rather than a sliding scale; correction: describe the position as a point along the scale and justify why it is nearer one end.
• Labelling a skill as open simply because it happens in a game; correction: open means the environment is unpredictable and the performer must adapt, so give evidence of changing conditions.
• Using incorrect terminology such as basic-complex; correction: always use the specification's exact terms, such as simple-complex.
• Confusing negative transfer with lack of motivation; correction: negative transfer is when an existing skill pattern interferes with learning a new skill.
• Assuming all transfer is positive; correction: transfer can be positive, negative, zero or bilateral depending on the skills and limbs involved.
• Mixing up bilateral transfer with other types; correction: bilateral transfer specifically refers to transferring a skill from one side of the body to the other.
• Thinking transfer only happens between different sports; correction: it can occur between skills within the same sport.
• Confusing positive transfer with general fitness improvements; the correction is that transfer specifically relates to the acquisition and execution of motor skills.
• Assuming positive transfer happens automatically between any two sports; the correction is that it requires shared identical elements or similar motor programmes.
• Believing that positive transfer only occurs from a previously learned skill to a new one (proactive); the correction is that a newly learned skill can also improve an existing one (retroactive).
• Believing that negative transfer is a permanent barrier to learning; the correction is that it is usually a temporary effect that diminishes with practice.
• Confusing negative transfer with a lack of physical ability or poor motivation; the correction is that it is a specific cognitive and motor interference between two skills.
• Assuming negative transfer happens between completely unrelated sports; the correction is that it occurs when skills look similar but have different technical requirements.
• Confusing zero transfer with negative transfer: zero transfer means no effect, whereas negative transfer means the first skill actively harms the second, so check whether the stem describes no change or a worsening.
• Assuming every pair of skills shows transfer: many skills are independent, so do not select positive or negative transfer unless the stem gives evidence of a change.
• Treating zero transfer as a failure of learning: it simply describes the relationship between two skills, not the quality of the performer's learning.
• Ignoring the direction of any stated change: if the stem says performance improved, that is positive transfer, and if it declined, that is negative transfer, leaving zero only when no change is reported.
• Confusing bilateral transfer with proactive or retroactive transfer: bilateral transfer concerns opposite limbs, whereas proactive and retroactive transfer concern the sequence of learning different skills.
• Assuming bilateral transfer is always positive: it can be negative or zero, so check the stem for the direction of any change.
• Describing transfer between two different skills rather than the same skill performed with the opposite limb, which is the defining feature of bilateral transfer.
• Overlooking the word same in the definition: bilateral transfer refers to the same skill performed on the other side, not a different skill.
• Confusing negative transfer with simply finding a skill difficult. Correction: negative transfer requires an existing skill actively interfering with the new one, not general difficulty.
• Treating all transfer as positive. Correction: transfer can be positive, negative or zero, and each has different coaching implications.
• Assuming bilateral transfer only works from dominant to non-dominant limb. Correction: it can occur in either direction, though it is often stronger from dominant to non-dominant.
• Students often think all open skills are gross and all closed skills are fine. In reality, a skill can be open and fine, such as a snooker shot in a changing environment, or closed and gross, such as a gymnastics vault.
• Many students believe transfer only occurs between very similar sports. However, transfer can occur between any skills if there are similar movement patterns or cognitive demands, and negative transfer is common when techniques conflict.
• Students frequently confuse 'self-paced' with 'closed' and 'externally paced' with 'open'. While they often overlap, a skill can be self-paced but open, such as a basketball dribble where the performer controls the pace but the environment is unpredictable.

1. 1Day 1-2: Learn the definitions of skill and ability, and the characteristics of skilled performance. Create flashcards for each continua with sporting examples.
2. 2Day 3-4: Practice classifying a variety of skills from different sports onto each continuum. Use past paper questions to test your ability to justify classifications.
3. 3Day 5-6: Study the different types of transfer (positive, negative, zero, proactive, retroactive) and find real-life sporting examples for each.
4. 4Day 7-8: Complete exam-style questions on transfer, focusing on explaining causes and suggesting strategies to promote positive transfer.
5. 5Day 9-10: Review all content, test yourself with active recall, and complete a timed past paper question on this topic.

• 📋Multiple choice questions asking you to identify the correct classification of a skill or the type of transfer in a given scenario.
• 📋Short answer questions (2-4 marks) requiring definitions and sporting examples of skill continua or transfer.
• 📋Extended answer questions (6-8 marks) asking you to explain how transfer of skills can affect performance and how a coach can optimise learning.
• 📋Data analysis questions where you interpret a graph or table showing skill classification or transfer effects and explain the implications for practice.