Investigate skill acquisition through the stages of learning, types of practice, types of feedback, and the role of coaching cues; apply the principles to a chosen sporting context

A 5-mark response needs both terms defined and applied to the shooter.

Knowledge of performance

Feedback about how the skill was executed (release angle, follow-through, footwork); use it early in practice for technique grooving ("extend the arm fully", "balance over your knees").

Knowledge of results

Feedback about the outcome (made or missed); use it in shooting drills and matches via made-versus-missed tracking and shooting percentage.

Why both

KR alone tells the shooter they missed without saying why; KP tells them why without measuring the outcome.

Markers reward (1) both definitions, (2) the contrast, (3) an appropriate use of each for the shooter.

A 6-mark critique needs the limit of blocked practice plus a justified alternative.

The limit

Blocked practice (one skill repeated before moving on) produces good in-session performance but poor retention and transfer to games.

The alternative

Random and varied practice (mixing shooting positions and defensive pressure within a session) produces better transfer via the contextual-interference effect.

Recommendation

Use blocked work for early technique grooving, then transition to random and varied practice closer to game conditions; match the practice to the players' stage of learning.

Markers reward (1) the limit of blocked practice, (2) the contextual-interference rationale, (3) a justified mixed-practice alternative.

• (a) Free throw: closed (stable, self-paced environment), gross (large muscle groups), discrete (clear start and end).
• (b) 100 m sprint: closed (predictable track), gross, continuous (no distinct end point to the running action; the start is discrete but the run is continuous).
• (c) Pass under pressure: open (the defender makes the environment unpredictable), gross, discrete.

Marking criteria: 1 mark per skill correctly placed on the most relevant continua (the open-closed call is the key discriminator). A skill placed on only one continuum, or the free throw called "open", does not earn the mark.

KP is feedback about HOW the skill was executed; KR is feedback about the OUTCOME.

• KP example: "your block leg collapsed at release, so the throw lost height." KR example: "that throw measured 38 m."
• In the cognitive stage emphasise KP: the novice cannot yet self-detect technical errors, so telling them HOW to change the movement is more useful than the distance, which they cannot yet diagnose.

Marking criteria: 1 mark KP definition, 1 mark KR definition, 1 mark for a correctly matched example of each, 1 mark for choosing KP for the cognitive stage with a reason (the learner cannot self-diagnose technique). Naming a distance as KP, or the reverse, caps the example mark.

Cognitive stage. Use blocked and whole practice to groove the basic pattern, constant (every-trial) extrinsic feedback, KP and internal-focus cues, because the learner makes large errors and cannot self-detect them.

Moving to autonomous. Shift toward random and varied practice (contextual interference) to build transfer, fade the feedback to summary/faded form so the performer develops intrinsic feedback, move from KP toward KR, and switch to external-focus cues that do not disrupt the now-automatic pattern.

The logic: as error size and the need for external guidance fall, practice should add variability and feedback should be withdrawn so the skill is robust under game conditions.

Marking criteria: 1 mark cognitive-stage practice/feedback profile, 1 mark autonomous-stage profile, 1 mark for the practice shift (blocked/whole to random/varied) and feedback shift (constant to faded, KP to KR), 1 mark for justifying the change by the learner's growing error-detection and automaticity. A bare two lists with no rationale caps at 2.

(a) Pattern

Blocked practice (Squad A) scored higher in the same-session acquisition test (82% vs 71%) but lower on the delayed, game-like retention test (54% vs 73%). Random practice (Squad B) scored lower during acquisition but clearly higher on retention - a roughly 19 percentage-point reversal between the two tests.

(b) Explanation

The contextual interference effect: mixing skills (random practice) makes each trial harder in the moment, depressing acquisition performance, but the repeated effortful retrieval and re-planning of each different shot builds a more durable, flexible motor representation. Blocked practice lets the learner settle into one solution and look good in session, but that representation transfers poorly once the order is unpredictable, as in a game.

(c) Recommendation

Begin with short blocked work to groove the basic technique of each shot (suits the early cognitive stage), then shift the bulk of the block to random and varied practice so the gains survive into game-like conditions. Judge progress on a delayed, game-like retention test, not same-session performance, because in-session scores flatter blocked practice.

Marking criteria: (a) 1 mark for the acquisition-vs-retention reversal read from the data with figures. (b) 2 marks for naming and correctly explaining contextual interference (effortful retrieval builds durable transfer). (c) 2 marks for a staged blocked-then-random recommendation tied to the stage of learning AND noting retention, not acquisition, is the valid measure. A bare "random is better" with no data or mechanism caps at 2. The percentages are illustrative.

Learner characteristics

Stage of learning (cognitive learners need blocked/whole practice, constant KP and internal cues; autonomous learners need random/varied practice, faded KR and external cues), plus motivation, prior experience, fatigue tolerance and ability to process feedback.

Task characteristics

Where the skill sits on the classifications: open skills (unpredictable environment) demand varied and random practice to cope with variability; closed skills can be grooved with more consistent practice. Complex, low-organisation serial skills (gymnastics routine) suit part practice; simple, highly organised skills (a throw) suit whole practice. Fine skills with low fatigue cost can tolerate massed practice; gross, fatiguing skills favour distributed practice.

The interaction

The coach reads BOTH: an open, complex skill taught to a cognitive-stage learner might start with part-and-whole blocked practice and heavy KP, then move to random, varied practice as the learner advances. Practice is chosen at the intersection of who is learning and what is being learned.

Marking criteria: 1 mark learner characteristics (stage of learning central), 1 mark task characteristics (skill classifications mapped to practice), up to 2 marks for linking specific characteristics to specific practice/feedback choices, 1 mark for treating it as an interaction rather than two separate lists. Listing classifications with no link to practice design caps at 2.

This is an 8-mark extended response. Markers reward a sustained analysis that links the stage of learning to deliberate practice and feedback choices and shows HOW they produce expert performance, not three separate lists. Choose one open skill (worked here: a soccer player's pass-under-pressure).

Band 6 PLAN.

• Thesis: developing an open skill means progressively matching practice and feedback to the learner's stage so that an initially conscious, error-prone movement becomes an automatic action robust to an unpredictable environment.
• Argument line 1 - Cognitive stage: the novice makes large errors and cannot self-detect them, so use whole/blocked practice in a simplified, low-pressure setting, constant extrinsic feedback, KP and internal-focus cues ("plant your non-kicking foot beside the ball") to build the basic pattern.
• Argument line 2 - Associative stage: as errors shrink, introduce random and varied practice (passing under light then heavy defensive pressure, varied distances and angles) to exploit contextual interference; fade feedback to summary form and shift toward KR and external-focus cues ("pass into the space ahead of the runner") so intrinsic feedback develops.
• Argument line 3 - Autonomous stage and expertise: the skill is automatic and performed reliably under fatigue and pressure; practice is now game-realistic random/varied work plus deliberate practice targeting specific weaknesses (e.g. the weak-foot pass), with minimal, mostly intrinsic feedback - the hallmark of expert performance.
• Synthesis: judge that expert open-skill performance is the product of deliberately MATCHING practice variability and feedback withdrawal to the rising stage of learning, so the skill transfers to the unpredictable game environment.

Model paragraph (associative line). Once the young midfielder can complete the pass in calm conditions, the coach deliberately makes practice harder by mixing it: short and long passes, left and right foot, and a defender who closes down at random. This random and varied practice depresses how the session looks - more passes go astray than in blocked drilling - but because each trial forces the player to read a new situation and re-plan the movement, it builds the flexible, durable representation an open skill needs (the contextual interference effect). At the same time the coach fades feedback from every trial to occasional summaries and switches from telling the player how the foot moved (KP) to where the ball ended up (KR), which pushes the player to detect their own errors through proprioception and vision. The performance consequence is direct: the pass starts to hold up under the unpredictability and fatigue of a real match, which is precisely the transfer that blocked, constant-feedback practice fails to deliver.

Marker's note: top-band answers (1) move through all three stages in order, (2) match a specific practice TYPE and feedback TYPE to each stage with a reason, (3) use the named open skill consistently throughout, and (4) keep answering ANALYSE - show HOW the choices produce expert performance, ending with transfer to the game environment. Naming the contextual interference effect, faded feedback and external-focus cues, and distinguishing KP from KR, all signal precision.