Applied Science Revision — Training Qualifications UK Ltd Alternative Academic Qualification
Complete Training Qualifications UK Ltd Alternative Academic Qualification Applied Science specification revision resources. Tailored syllabus coverage with topic breakdowns, quizzes, and practice questions.
Specification Topics
- Anatomy and Physiology in Sport and Exercise Science
- Psychology in Sport and Exercise Science
- Biomechanics
- Nutrition in Sport and Exercise Science
- Applied Science in Sports Injuries and Rehabilitation
Top Exam Board Tips
- Always relate anatomical structures to their function in sport and exercise; use practical examples like a sprinter's leg muscles or a cyclist's cardiovascular adaptations.
- Draw and label clear diagrams where appropriate, as visual evidence can strengthen written explanations.
- When discussing energy systems, use a table to compare duration, ATP yield, and fuel sources to demonstrate thorough understanding.
- In assignment tasks, check unit-specific grading criteria carefully and ensure you address command verbs such as 'explain' versus 'describe'.
- Use applied examples from real sport or exercise contexts to demonstrate understanding of theories, such as a footballer using imagery to regulate anxiety before a penalty.
- When evaluating mental health strategies, always consider the athlete’s environment, support systems, and the stigma associated with seeking help.
- For research design questions, clearly justify your choice of method and sampling, and explicitly state how you would adhere to ethical guidelines.
- When analysing motion, always specify the reference frame and clearly annotate vector quantities with direction on diagrams.
- In coursework, use high-quality video analysis or photo sequences to visually support biomechanical calculations and force descriptions.
- For stability questions, sketch the changing centre of mass and base of support during movement phases to justify your points.
Common Mistakes to Avoid
- Confusing the roles of ligaments (bone to bone) and tendons (muscle to bone).
- Incorrectly stating that slow-twitch muscle fibres fatigue quickly and are used for explosive movements.
- Misidentifying the pulmonary circulation as part of the systemic circuit.
- Believing that breathing rate is solely controlled by oxygen levels in the blood.
- Assuming the lactic acid system produces lactate as a direct waste product without understanding its role as a fuel.
- Confusing arousal with anxiety, and failing to differentiate between cognitive and somatic anxiety symptoms.
- Treating personality as a fixed predictor of success rather than understanding the interactional approach and the role of situational factors.
- Misapplying motivation theories by describing only intrinsic and extrinsic motivation without explaining the underlying psychological needs from Self-Determination Theory.
Key Terminology & Definitions
- 1.1 The skeletal system1.2 The muscular system1.3 The cardiovascular system1.4 The respiratory system1.5 Energy systems
- 2.1 Emotion in sport2.2 Personality and motivation in sport2.3 Arousal in sport2.4 Sport and exercise psychologists2.5 Mental health in sport2.6 Conducting research
- 3.1 Fundamentals of motion in sport and exercise3.2 Forces in sports performance3.3 Angular motion and stability
- 4.1 The fundamentals of sports nutrition4.2 The components of a balanced diet for sports performance4.3 Calculating the nutritional value of food4.4 Factors to consider when planning diets for sports performance4.5 Nutritional planning and sports performance
- 5.1 Introduction to sports-related injuries5.2 Common sports-related injuries5.3 Assessment and diagnosis of sports-related injuries5.4 Principles of sports-related injuries management5.5 Rehabilitation techniques5.6 Injury prevention strategies