Health, fitness and training
Choose and evaluate training by matching a clear performance goal to fitness components, tests, SPORT and FITT. Connect diet, health, methods, recovery and safe preparation to the learner’s selected physical activity.
Section 2 · Health, fitness and training
Exam scope and assessment notes
Cambridge states that 0995 has the same subject content as 0413 and uses grades 9–1. This pathway keeps the distinct 0995 grading and limited-entry route visible. The 2025–2026 and 2027–2028 syllabuses state that there are no significant changes affecting teaching. Original StudyForA teaching and formative written practice aligned to Cambridge IGCSE Physical Education. These are not Cambridge questions, mark schemes or grades. The course can explain and rehearse theory, planning and self-analysis; it cannot observe, train, authenticate or mark a learner’s physical performance. Coursework must be completed safely with the school or centre, which assesses and standardises the performance for Cambridge moderation. Follow the centre’s health and safety guidance; these examples are not individual medical or training advice.
Before you begin
- Choose one activity from the official activity list when applying theory.
- Use the named system or principle, then explain its effect on a specific performance.
- Separate a written practice answer from practical performance and centre assessment.
Work on paper. Try each question before revealing help, and explain why your method works.
Quick readiness check
Which approach best explains health, fitness and training?
What you will learn
- Distinguish health and well-being from fitness; explain physical, mental and social dimensions, active lifestyle and energy balance.
- Describe the functions and sources of carbohydrate, fat, protein and water and relate diet to physical activity.
- Define syllabus health-related and skill-related fitness components and select and interpret appropriate tests.
- Apply VO₂ max influences, SPORT and FITT; explain training methods, overtraining, altitude training, and activity-specific warm-ups and cool-downs.
Health, well-being, diet and energy
Health includes physical, mental and social well-being. Fitness is the ability to meet the demands of the environment. Exercise can support health and fitness, but the two terms are not interchangeable: illness can restrict training, while someone can improve a fitness component without being healthy in every respect. A balanced diet supplies energy and nutrients; carbohydrate and fat are energy sources, protein supports growth and repair, and water supports hydration and body processes. Explain energy balance as intake and energy used, while recognising that needs vary with person and activity.
Components and fitness tests
Health-related components include cardiovascular endurance, muscular endurance, flexibility, strength and body composition. Skill-related components include agility, balance, coordination, power, reaction time and speed. Match a test to the component it measures: for example, a multistage fitness test for cardiovascular endurance, sit-and-reach for flexibility, hand-grip dynamometer for strength, vertical jump for power, Illinois agility test for agility, ruler drop for reaction time, and a 30-metre sprint for speed. Use consistent instructions and conditions. A test result estimates one component; it is not a complete judgement of health, sporting ability or a clinical measure.
Training principles and methods
SPORT summarises Specificity, Progression, Overload, Reversibility and Tedium. FITT structures Frequency, Intensity, Time and Type when planning overload. Apply each to the performer, goal, activity and starting level, then allow recovery and consider safety. Continuous training develops aerobic endurance; weight training can develop strength; fartlek varies pace or terrain; plyometrics develop power; circuits combine stations; HIIT varies work and recovery intervals. Explain advantages and disadvantages, suitable goals and safety controls for each method. Overtraining can reduce performance and increase fatigue or injury risk.
Altitude training is a specialist method linked to adaptations such as increased red-blood-cell count and possible endurance benefit; it also brings adjustment and access challenges. A warm-up can include a pulse raiser, stretches and activity-specific familiarisation or skill work. A cool-down gradually reduces pulse and includes suitable stretches. Relate the sequence to the sport, conditions and participant; do not copy a generic plan into every setting.
Sources for this lesson
- Cambridge IGCSE Physical Education 0413 syllabus for examination in 2027–2028
- Cambridge IGCSE Physical Education 0413 syllabus for examination in 2025–2026
- Cambridge IGCSE Physical Education 0995 syllabus for examination in 2027–2028
- Cambridge IGCSE Physical Education 0995 syllabus for examination in 2025–2026
- Cambridge IGCSE Physical Education 0413 qualification and assessment page
- Cambridge IGCSE Physical Education 0995 qualification, grading and availability page
- Cambridge coursework guidelines for Physical Education
- Official 0995 syllabus used for the selected grading route
Pause and explain
What makes an applied answer about health, fitness and training convincing?
Worked example
A badminton player wants to improve repeated court movement. Choose one relevant fitness component, a suitable test and a training method; explain a safe FITT adjustment.
Show the worked solution
- Identify the component and explain why the sport needs it.
- Choose a test that measures that component and name one limitation.
- Select a training method and state how one FITT variable changes progressively.
Answer Agility is relevant because the player changes direction rapidly to reach the shuttle. The Illinois agility test can provide a repeatable estimate, although it does not recreate every match movement. A circuit with planned change-of-direction stations could target agility. The coach can increase session frequency or work time gradually while keeping technique controlled, allowing recovery and matching the plan to the player’s current level.
Try a topic test
Choose Easy, Normal or Difficult. Save your answers and open worked review after finishing.
Test this topic →From guided practice to a new situation
Write your answer and reasoning first. Use a hint only if you are stuck. The model solution is for self-checking; your written work is not automatically marked.
A swimmer wants to improve cardiovascular endurance. Choose between continuous and weight training and explain which is the better match for that goal.
Give me a hint
Link the goal to the main adaptation targeted by the method, then note one safety condition.
Compare my reasoning
- Define the goal as sustained aerobic work.
- Describe how each method works.
- Select a better match and explain a safe condition.
Continuous training is the closer match because it uses sustained aerobic activity such as swimming at an appropriate intensity. Weight training can be valuable for strength but is not the most direct method for the stated endurance goal. The swimmer should use a suitable pace, safe pool supervision and progressive workload, with recovery.
Look for these in your work
- Uses accurate subject knowledge
- Applies it to the activity
- Explains the link
A training session uses three 5-minute running intervals at moderate effort with 2-minute recoveries. A later plan uses four 5-minute intervals. Identify the main overload change and one condition for progression.
Give me a hint
Count the work periods and identify which FITT variable changed.
Compare my reasoning
- Compare the number of work intervals.
- Name the FITT variable and the resulting training load change.
- Explain why readiness and recovery should be checked.
The number of intervals rises from three to four, so total training time and volume increase while interval intensity and length remain the same. This is a progressive increase in overload. It is appropriate only if technique, recovery and the performer’s response show readiness; changing several FITT variables at once would make the effect harder to evaluate.
Look for these in your work
- Answers every part
- Shows working or evidence where useful
- Explains why the point matters
Original practice claim: ‘The hardest training method is always best because it creates the greatest improvement.’ Evaluate it using specificity, overload, recovery and safety.
Give me a hint
Ask whether the method matches the goal and whether the performer can complete it safely and consistently.
Compare my reasoning
- Connect training choice to the performance goal.
- Explain progressive overload and recovery.
- Judge why excessive intensity can be counterproductive.
The claim is too broad. Training should be specific to the fitness component and activity, with progressive overload that the performer can manage. Recovery supports adaptation; excessive intensity can produce fatigue, poor technique, injury risk or missed sessions. A suitable method is the one that meets the goal safely and consistently, not necessarily the hardest one.
Look for these in your work
- Tests the original claim
- Uses a relevant alternative or limitation
- Reaches a supported judgement
Common mistakes
- Calling a fitness test a direct measure of overall health
- Choosing a test that measures a different component
- Increasing intensity, time, frequency and type all at once
- Ignoring recovery, equipment and the performer’s starting level
- Giving an individual training prescription from an educational example
What can you explain now?
Distinguish health and well-being from fitness; explain physical, mental and social dimensions, active lifestyle and energy balance.
Compare with the explanation
Apply VO₂ max influences, SPORT and FITT; explain training methods, overtraining, altitude training, and activity-specific warm-ups and cool-downs.
Choose and evaluate training by matching a clear performance goal to fitness components, tests, SPORT and FITT. Connect diet, health, methods, recovery and safe preparation to the learner’s selected physical activity.
After trying it yourself, choose your next review. This is your self-assessment.
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Make it stick
Recall one syllabus principle from health, fitness and training, connect it to an approved physical activity, and explain one condition that changes its effect.
If you needed the solution, close it and solve the problem again from a blank page. A correct answer is stronger when you can explain the reason for each step.