Investigate psychological strategies used to enhance motivation and manage arousal and anxiety (goal-setting, mental rehearsal, self-talk, concentration and relaxation techniques) and apply them to a chosen performance context

The inverted-U theory states that performance improves as arousal increases up to an optimal level, after which further increases in arousal cause performance to decline, tracing an inverted-U shape.

• At very low arousal, the athlete is under-aroused: flat, unfocused and lacking intensity, so performance is poor.
• At very high arousal, the athlete is over-aroused: muscles tense, attention narrows excessively and skill breaks down ("choking"), so performance is poor.

Best performance sits at the optimal point in between.

Marking criteria: 1 mark for the inverted-U relationship (rise to an optimal point, then decline); 1 mark for the low-arousal effect (under-aroused, poor performance); 1 mark for the high-arousal effect (over-aroused, poor performance). A bare "more arousal is better" earns nothing.

Cognitive anxiety is the mental component of anxiety - worry, doubt, negative thoughts (e.g. "I'm going to miss this shot"). Somatic anxiety is the physical component - racing heart, sweating, muscle tension, butterflies (e.g. shaking hands on the starting blocks). The distinction is mind versus body.

Intrinsic motivation is doing the activity for internal reward such as enjoyment or mastery (e.g. training because you love the sport). Extrinsic motivation is doing it for external reward such as trophies, money or praise (e.g. training to win a medal). The distinction is an internal versus an external source of drive.

Marking criteria: 1 mark for the cognitive-vs-somatic distinction stated as mind vs body; 1 mark for the intrinsic-vs-extrinsic distinction stated as internal vs external reward; 1 mark for a correct example of cognitive AND somatic anxiety; 1 mark for a correct example of intrinsic AND extrinsic motivation. Examples on the wrong side of the line cap the mark.

Optimal arousal depends on the nature of the skill. The golf putt is a fine, complex, precision skill, so its optimal arousal is low: high arousal causes muscle tension and tremor that wreck a delicate stroke. The scrummage is a simple, gross, maximal-power skill, so its optimal arousal is high: high arousal recruits force and aggression without harming a coarse movement.

• Golfer (needs LOWERING): centred/diaphragmatic breathing or progressive muscular relaxation, plus a calming pre-shot routine and instructional self-talk ("smooth tempo").
• Prop (needs RAISING): psyching-up - energising self-talk, a team huddle, dynamic activation movements or upbeat music.

Marking criteria: 1 mark for stating optimal arousal is lower for fine/complex skills and higher for gross/power skills; 1 mark for correctly classifying each skill; 1 mark for a suitable LOWERING strategy for the golfer; 1 mark for a suitable RAISING strategy for the prop. Naming the same strategy for both, or only restating the theory, caps at 2.

SMART rewrite (example). "By the end of the 12-week season (Time-bound), I will lower my 50 m freestyle time from 34.0 s to 32.5 s (Specific, Measurable, Realistic) by completing three technique sessions a week focused on a high-elbow catch (Achievable, agreed with my coach)."

Why effective goals help. SMART goals give a clear, measurable target, so the athlete can see progress, which sustains motivation and effort. They direct attention to what to do and provide feedback against a standard.

• Outcome goal (win the district final): motivating but partly outside the athlete's control.
• Performance goal (swim 32.5 s): a personal standard, controllable, the best day-to-day driver.
• Process goal (hold a high-elbow catch each lap): focuses on the controllable actions that produce the performance, and lowers anxiety by shifting attention from the result to the task.

Using all three - with a heavy weighting on performance and process goals - keeps motivation high and protects confidence when results are slow.

Marking criteria: 1 mark for a genuine SMART rewrite that satisfies each SMART element; up to 2 marks for explaining how goals raise motivation and direct effort/attention (feedback against a standard); up to 2 marks for correctly distinguishing outcome, performance and process goals and justifying the emphasis on the controllable (performance/process) ones. A SMART rewrite with no explanation caps at 2.

(a) Relationship

As arousal rises from 3 to 6, shooting accuracy rises (62% to 84%); as arousal rises further from 6 to 10, accuracy falls (84% to 55%). The data trace an inverted-U: accuracy peaks at a moderate arousal and drops when arousal is too low OR too high.

(b) Optimal arousal

Around 6 (Match C), where accuracy is highest at 84%.

(c) Recommendations

• Match E (arousal 10, over-aroused): a relaxation/arousal-lowering strategy - centred diaphragmatic breathing or progressive muscular relaxation, with calming instructional self-talk. Justification: she is well above her optimal 6, so reducing arousal should move her back up the inverted-U toward peak accuracy.
• Hypothetical arousal 2 (under-aroused): a psyching-up strategy - energising self-talk, an upbeat warm-up or a team huddle. Justification: she is below optimal, so raising arousal toward 6 should lift accuracy.

Marking criteria: (a) 2 marks - 1 for the rise-then-fall pattern named as an inverted-U, 1 for quoting data from the table (e.g. 62 to 84 to 55%). (b) 1 mark for identifying ~6 / Match C with the highest accuracy. (c) up to 3 marks - 1 for a suitable lowering strategy at Match E, 1 for a suitable raising strategy at arousal 2, 1 for justifying each by reference to moving toward the optimal level. Recommending the same strategy for both, or not using the data, caps the response.

This is an 8-mark extended response. Markers reward a judgement (the verb ASSESS) supported by linking named strategies to arousal/anxiety theory and a specific context, not a description of each strategy in turn.

Band 6 PLAN.

• Thesis: psychological strategies are highly effective at optimising performance BECAUSE they let an athlete move toward their optimal arousal and lower anxiety - but only when the strategy is MATCHED to the athlete's current state and the skill's demands; a mismatched strategy can harm performance.
• Argument line 1 - matching to the inverted-U: relaxation strategies (centred breathing, progressive muscular relaxation, calming imagery) effectively LOWER arousal/somatic anxiety for an over-aroused athlete or a fine skill; psyching-up (energising self-talk, music, huddle) effectively RAISES arousal for an under-aroused athlete or a gross-power skill. Effectiveness depends on correct diagnosis.
• Argument line 2 - targeting the type of anxiety: self-talk and mental rehearsal target COGNITIVE anxiety (replace worry with a clear plan, build confidence); relaxation techniques target SOMATIC anxiety (slow the heart, release muscle tension). Using the right tool for the right anxiety raises effectiveness.
• Argument line 3 - structure and control: SMART goals (especially process goals) and a pre-performance routine direct attention to controllable cues, which steadies arousal and sustains motivation across a season; concentration/attentional-focus control prevents over-narrowing under pressure.
• Limits / judgement: strategies must be practised (an unrehearsed routine fails under pressure), individualised (optimal arousal differs by person and skill), and combined; over-reliance on extrinsic motivators can erode intrinsic drive. On balance, well-chosen, practised strategies are very effective, which is why they are standard in elite preparation.

Model paragraph (matching line). The effectiveness of any arousal strategy hinges on first diagnosing where the athlete sits on the inverted-U. Consider a goal-kicker in rugby league lining up a pressure conversion: this is a fine, precision skill whose optimal arousal is low, so an athlete whose heart is pounding and hands are shaking (somatic anxiety, over-aroused) will spray the kick if arousal is not reduced. Here a relaxation strategy is highly effective - a fixed pre-shot routine of three slow diaphragmatic breaths and a single instructional self-talk cue ("smooth through the ball") lowers somatic arousal and narrows attention to one controllable cue, moving the kicker back toward the top of the inverted-U. The SAME breathing routine given to an under-aroused prop before a scrum would be counter-productive, because that gross-power skill needs HIGH arousal; the prop is better served by psyching-up. This shows the strategies are effective only insofar as they are matched to the athlete's current arousal and the skill's demands.

Marker's note: top-band answers (1) make and sustain a JUDGEMENT about effectiveness (not just describe strategies), (2) explicitly use the inverted-U and the cognitive-vs-somatic anxiety distinction, (3) anchor the argument in a specific named performance context (a goal-kicker, a golfer, a netball shooter), and (4) acknowledge a limit or condition (must be practised, individualised, matched) to show evaluative balance. Listing strategies with no judgement or context caps in the middle bands.