Sports Psychology in SEHS: The Science of Motivation, Arousal & Performance

• Too little arousal → low focus, slow reactions
• Too much arousal → anxiety, loss of coordination, rushed decisions

This makes arousal one of the most practical psychological concepts in the course, especially when applied to different sports and skill types.

The Inverted-U Model: Linking Arousal to Performance

The Inverted-U theory (Yerkes–Dodson Law) is central to SEHS psychology questions. It shows that:

• Performance improves as arousal increases
• There is an optimal arousal zone where performance peaks
• Performance declines when arousal becomes excessive

In exams, students lose marks not by forgetting the model—but by failing to apply it. High-scoring responses explain how:

• Precision sports (e.g. archery) require lower optimal arousal
• Explosive or endurance sports may tolerate higher arousal
• Individual differences shift where the “peak” of the curve sits

Drawing and explaining the curve clearly is often an easy source of marks.

Managing Arousal: Psychological Techniques Athletes Use

SEHS connects theory to practice by examining arousal regulation strategies. Athletes actively manipulate arousal depending on situational demands.

To lower arousal:

• Deep breathing
• Progressive muscle relaxation
• Meditation or mindfulness

To increase arousal:

• Motivational self-talk
• Music
• Mental imagery or cue words

The key idea is control. Elite performers don’t eliminate arousal—they regulate it to stay within their optimal zone.

Motivation Strategies That Improve Performance

Motivation and arousal rarely operate independently. SEHS highlights several behaviours that strengthen both:

• Goal-setting: increases focus and perceived competence
• Autonomy support: strengthens intrinsic motivation
• Feedback and reinforcement: builds confidence and persistence
• Mental imagery: prepares athletes emotionally and cognitively

In exam answers, linking these strategies to specific performance outcomes—such as pacing, consistency, or reduced fatigue—shows depth of understanding.

How to Integrate Psychology in SEHS Exam Answers

High-mark SEHS responses typically connect three layers:

1. Physiology
   How arousal affects heart rate, muscle tension, or hormone release
2. Psychology
   How motivation and arousal regulation stabilize focus and effort
3. Performance outcome
   Improved execution, delayed fatigue, or better decision-making

For example, rather than stating that motivation improves performance, explain how intrinsic motivation supports sustained training, which enhances physiological adaptation and competition readiness.

How to Study Motivation and Arousal Effectively

To revise efficiently:

• Memorize definitions, but practise application
• Draw and explain the Inverted-U from memory
• Practise scenario questions linking arousal level to sport type
• Combine motivation theories with performance examples

Flashcards and scenario-based prompts are especially effective for this topic because SEHS examiners reward explanation over recall.

Final Thoughts

Motivation and arousal are not “soft” topics in SEHS—they are performance-defining variables. When you understand how psychological states interact with physiology, you move from descriptive answers to analytical ones.

Whether you’re preparing for Paper 2, designing an IA, or improving case-study responses, mastering these concepts allows you to explain why performance changes—not just what changes.

Study the theories, apply them to real sporting contexts, and always link psychology back to performance outcomes. That’s where the marks—and understanding—are earned.