Goal Setting, Stress, and Arousal

    This study guide provides a comprehensive analysis of Goal Setting, Stress, and Arousal for WJEC A-Level Physical Education. It covers key psychological theories, practical application to sporting performance, and exam technique required to achieve top marks in this crucial area of the specification.

    9
    Min Read
    3
    Examples
    4
    Questions
    6
    Key Terms
    🎙 Podcast Episode
    Goal Setting, Stress, and Arousal
    0:00-0:00

    Study Notes

    Header image for Goal Setting, Stress, and Arousal.

    Overview

    Welcome to your deep dive into Goal Setting, Stress, and Arousal (WJEC A-Level PE, Topic 3.2). This area of sports psychology is critical for understanding why some athletes thrive under pressure while others falter. Mastery of this topic is not just about memorising theories; it's about applying them to real-world sporting contexts to analyse and evaluate performance. Examiners are looking for candidates who can dissect the multidimensional nature of stress, critique arousal theories, and apply goal-setting principles to regulate anxiety and optimise performance. This guide will equip you with the knowledge, practical skills, and exam technique to do just that.

    Podcast: A-Level PE Unlocked - Goal Setting, Stress & Arousal.

    Key Knowledge & Theory

    Core Concepts

    Arousal and Performance

    Arousal is a state of physiological and psychological activation, ranging on a continuum from deep sleep to intense excitement. The relationship between arousal and performance is not simple and is explained by several key theories that you must be able to compare and evaluate.

    1. Drive Theory (Hull, 1943): This theory proposes a linear relationship: as arousal increases, so does performance. The formula is Performance = Habit x Drive. However, this only holds true for expert performers executing well-learned (dominant) skills. For novices, high arousal often leads to a performance decrease as their dominant response may be incorrect.

    2. Inverted-U Theory (Yerkes-Dodson, 1908): This is a more accepted model, suggesting that performance increases with arousal but only up to an optimal point. Beyond this point, further increases in arousal lead to a gradual decline in performance. The optimal point is not fixed and depends on:

      • Skill Level: Experts perform better at higher arousal levels than novices.
      • Personality: Extroverts, who have lower levels of intrinsic arousal, require higher arousal levels to reach their optimum compared to introverts.
      • Task Complexity: Simple, gross motor skills (e.g., a rugby tackle) require higher arousal than complex, fine motor skills (e.g., an archery shot).
    3. Catastrophe Theory (Hardy & Fazey, 1987): This is the most complex and realistic model. It introduces cognitive anxiety (worry) as a key variable. When cognitive anxiety is low, the relationship mirrors the Inverted-U. However, when cognitive anxiety is high, continued increases in physiological arousal can lead to a sudden, dramatic, and vertical drop in performance—the 'catastrophe'. Recovery from this point requires a significant reduction in arousal; simply moving back along the curve is not possible.

    Visual comparison of the three main arousal theories in sport.

    Stress and Anxiety

    Stress is the body's non-specific response to a demand placed upon it. It can be positive (Eustress), which enhances performance (e.g., the pre-race buzz), or negative (Distress), which impairs it. Anxiety is a negative emotional state of apprehension and worry. It has two main forms:

    • State Anxiety: A temporary, situation-specific feeling of anxiety (e.g., feeling nervous before a penalty shootout).
    • Trait Anxiety: A stable personality characteristic, making an individual more likely to perceive situations as threatening.

    Goal Setting

    Goal setting is a powerful motivational technique. For WJEC, you must apply the SMARTER principles.

    The SMARTER framework for effective goal setting in sport.

    There are three types of goals:

    • Outcome Goals: Focus on the end result (e.g., winning a match). They are highly motivating but can increase anxiety as they depend on external factors.
    • Performance Goals: Focus on achieving a personal standard (e.g., achieving a personal best time). They are independent of others and are more controllable.
    • Process Goals: Focus on the techniques and tactics required to perform well (e.g., maintaining a high elbow during a swim stroke). These are the most controllable and are excellent for reducing anxiety and improving focus.

    Key Practitioners/Artists/Composers

    NamePeriod/StyleKey WorksRelevance
    Clark L. Hull1940s BehaviourismPrinciples of Behavior (1943)Developed Drive Theory, proposing a linear link between arousal and performance of dominant habits.
    Yerkes & Dodson1908 PsychologyThe relation of strength of stimulus to rapidity of habit-formationProposed the Inverted-U Hypothesis, establishing the concept of an optimal level of arousal for performance.
    Hardy & Fazey1980s Sport PsychologyThe Inverted-U Hypothesis: A Catastrophe for Sport PsychologyDeveloped Catastrophe Theory, adding cognitive anxiety as a key variable that can cause a sudden performance drop.
    Yuri Hanin1980s-90s Sport PsychologyZone of Optimal Functioning (ZOF) researchProposed the Individual Zone of Optimal Functioning (IZOF), arguing that each athlete has a unique arousal zone where they perform best, challenging the single peak of the Inverted-U.

    Technical Vocabulary

    • Arousal: A state of physiological and psychological activation.
    • Somatic Anxiety: The physiological symptoms of anxiety (e.g., increased heart rate, sweating).
    • Cognitive Anxiety: The psychological symptoms of anxiety (e.g., worry, negative thoughts).
    • Dominant Response: The behaviour most likely to occur in a given situation, which may be incorrect for a novice.
    • Eustress: A positive form of stress that can motivate and enhance performance.
    • Distress: A negative form of stress that can impair performance and cause anxiety.

    Practical Skills

    Techniques & Processes

    Stress Management Techniques

    Candidates must be able to evaluate the effectiveness of different stress management techniques. These are broadly categorised as somatic or cognitive.

    • Somatic Techniques (target physiological symptoms):

      1. Progressive Muscular Relaxation (PMR): Involves tensing and then relaxing specific muscle groups in sequence. This helps an athlete recognise and release physical tension.
      2. Centering: A breathing control technique. The athlete focuses on their breathing, taking deep, slow breaths from the diaphragm to reduce heart rate and calm the body. It can be done quickly during a break in play.
      3. Biofeedback: Involves using electronic devices to monitor physiological responses like heart rate or muscle tension. The athlete receives real-time feedback, allowing them to learn to control these responses.
    • Cognitive Techniques (target the mind and thoughts):

      1. Imagery: The athlete creates a mental picture of a successful performance. This can involve visualising the perfect execution of a skill or imagining a calm, confident state of mind. It can be used to familiarise the athlete with a competition venue or to mentally rehearse strategies.
      2. Positive Self-Talk: Replacing negative, irrational thoughts with positive, constructive ones. For example, changing "I can't do this" to "I have trained for this and I am ready".
      3. Mental Rehearsal: A form of imagery where the athlete mentally practises a skill or sequence of skills in real-time.

    Materials & Equipment

    While this topic is largely theoretical, practical application might involve using equipment like heart rate monitors or biofeedback machines to demonstrate the physiological aspects of arousal and stress. For goal setting, a training diary or logbook is an essential tool for recording and tracking progress, aligning with the 'Recorded' principle of SMARTER.

    Portfolio/Coursework Guidance

    Assessment Criteria

    While there isn't a traditional portfolio for this topic, in your practical performance assessment, you may be required to demonstrate psychological skills. Examiners will look for evidence that you can manage your arousal levels and maintain focus under pressure. Your coaching logs or performance diaries should explicitly reference the psychological strategies you are using.

    Building a Strong Portfolio

    To evidence your understanding, your written coursework or performance analysis should:

    • Analyse your psychological state: Use the correct terminology to describe your levels of arousal, stress, and anxiety before and during performance.
    • Justify your choice of goals: Explain how you have used SMARTER principles to set process, performance, and outcome goals.
    • Evaluate stress management techniques: Detail which techniques you used (e.g., centering, imagery) and evaluate their effectiveness in controlling your anxiety and optimising your performance.

    Exam Component

    Written Exam Knowledge

    This entire topic is a core component of the written theory paper. You will face questions requiring you to:

    • AO1 (Describe): Describe the key theories (Drive, Inverted-U, Catastrophe) and goal-setting principles.
    • AO2 (Apply): Apply these theories to a given sporting scenario. For example, explain why a golfer's performance might decline using the Inverted-U theory.
    • AO3 (Evaluate): Critically evaluate the theories, comparing their strengths and weaknesses. For example, evaluate the effectiveness of PMR versus imagery for a specific athlete.

    Practical Exam Preparation

    In a practical exam or performance context, you are demonstrating your ability to apply these principles. Before performing, you should have a clear set of process goals. During performance, you should be able to use techniques like centering to manage any rise in anxiety. Post-performance, you should be able to reflect on whether you were in your optimal arousal zone.

    Visual Resources

    2 diagrams and illustrations

    Visual comparison of the three main arousal theories in sport.
    Visual comparison of the three main arousal theories in sport.
    The SMARTER framework for effective goal setting in sport.
    The SMARTER framework for effective goal setting in sport.

    Interactive Diagrams

    1 interactive diagram to visualise key concepts

    ThreatChallengeDemand/StressorCognitive AppraisalDistress & High AnxietyEustress & Optimal ArousalPerformance ImpairmentPerformance Enhancement

    The Stress Process Model: This flowchart shows how an athlete's cognitive appraisal of a stressor determines whether they experience eustress (enhancing performance) or distress (impairing performance).

    Worked Examples

    3 detailed examples with solutions and examiner commentary

    Practice Questions

    Test your understanding — click to reveal model answers

    Q1

    Describe the Inverted-U theory of arousal. [4 marks]

    4 marks
    foundation

    Hint: Think about the shape of the graph. What does each axis represent? What happens to performance as arousal increases?

    Q2

    A national swimmer is competing in an Olympic final. Explain why using only outcome goals could be detrimental to her performance. [5 marks]

    5 marks
    standard

    Hint: What is an outcome goal? How much control does the swimmer have over it? How might this affect her anxiety levels?

    Q3

    Compare Drive Theory with Catastrophe Theory as models for explaining the relationship between arousal and performance. [6 marks]

    6 marks
    challenging

    Hint: Compare means you need to identify similarities AND differences. Think about the shape of the relationship, the variables involved, and their applicability to different athletes.

    Q4

    Evaluate the use of Progressive Muscular Relaxation (PMR) and imagery as strategies to control high levels of anxiety in a professional golfer. [8 marks]

    8 marks
    challenging

    Hint: Evaluate means you need to judge the effectiveness, considering strengths and weaknesses of both techniques in the specific context of golf.

    Key Terms

    Essential vocabulary to know

    More Physical Education Study Guides

    View all

    Media: Positive and Negative Impact on Sport

    OCR
    GCSE

    This topic examines the symbiotic relationship within the 'Golden Triangle' of Sport, Media, and Sponsorship. Candidates must critically evaluate both the positive impacts of media coverage—such as increased participation, funding, and role models—and the negative consequences, including loss of privacy, commercialisation, and scheduling conflicts. Understanding this dichotomy is essential for achieving high marks in OCR GCSE Physical Education Component 02.

    Engagement Patterns: Factors Influencing Participation in Sport

    OCR
    GCSE

    This topic requires candidates to analyse why participation in sport and physical activity varies significantly across different social groups, including gender, age, ethnicity, and disability. Understanding the structural, social, and economic barriers that limit engagement — and the strategies used to overcome them — is essential for both AO1 knowledge questions and AO3 data interpretation tasks. This is one of the highest-value theory areas on the OCR GCSE PE specification and appears in some form on every exam paper.

    Arousal: Inverted-U Theory

    OCR
    GCSE

    This guide provides a comprehensive overview of the Inverted-U Theory of arousal for OCR GCSE Physical Education. It explores how arousal levels impact athletic performance and how factors like task type, skill level, and personality shift the optimal zone for success, providing essential knowledge for the written exam.

    Lever Systems: Types and Application in Sport

    OCR
    GCSE

    This guide provides a comprehensive overview of Lever Systems for OCR GCSE Physical Education. It covers the three classes of levers, their application in sporting contexts, and the concepts of mechanical advantage and disadvantage, all tailored to help students excel in their exams.

    Cardiovascular System: Structure, Function, and Response to Exercise

    OCR
    GCSE

    This comprehensive study guide covers the Cardiovascular System (OCR GCSE PE 1.3), focusing on the structure of the heart, the double circulatory system, and the immediate and long-term responses to exercise. Mastering this topic is essential for understanding how the body delivers oxygen to working muscles and adapts to training.

    Methods of Training: Weight Training, Circuit Training, Interval Training, Continuous Training, Fartlek Training, Plyometrics

    OCR
    GCSE

    This guide provides a comprehensive breakdown of the six methods of training required for the OCR GCSE Physical Education specification (J587). Mastering these methods is crucial for success in both the theoretical exam paper and for informing practical performance.