Physical fitness is the ability to perform daily activities and physical tasks efficiently without unnecessary fatigue. Regular activity supports physical health, movement confidence and long-term wellbeing.
Example: Walking, cycling, games and planned exercise can all contribute to an active lifestyle.
Practice: Record your physical activity for three days and classify each activity by intensity.
Remember: Fitness develops through regular, appropriate activity rather than occasional intense effort.
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Health-Related and Skill-Related Fitness Components
Health-related fitness includes cardiorespiratory endurance, muscular strength, muscular endurance, flexibility and body composition. Skill-related components include speed, agility, balance, coordination, reaction time and power.
Example: A badminton player uses agility to change direction quickly and coordination to control the racket.
Practice: Match six sports activities with the fitness components they require most.
Remember: Different activities require different combinations of fitness components.
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Basic Fitness Assessment and Progress Tracking
Fitness assessments can provide baseline information and help monitor improvement. Tests should be appropriate for age, ability and purpose and should be performed safely with consistent procedures.
Example: A timed run may be used as one indicator of aerobic endurance when conducted appropriately.
Practice: Design a simple fitness record containing endurance, flexibility and strength indicators.
Remember: Fitness results are useful for personal progress, not for humiliating comparisons.
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Principles of Training: Specificity, Progression and Recovery
Effective training follows principles. Specificity means training should match the desired fitness goal, progression means workload increases gradually, and recovery allows the body to adapt.
Example: Improving running endurance requires regular aerobic activity rather than only practising flexibility exercises.
Practice: Explain how increasing exercise too quickly can conflict with the principle of progression.
Remember: Improvement requires both training stimulus and adequate recovery.
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Warm-Up, Cool-Down and Exercise Preparation
A warm-up gradually prepares the body and mind for activity through light movement and task-relevant preparation. A cool-down allows activity intensity to decrease gradually after exercise.
Example: Before a game, light jogging can be followed by dynamic movements related to the sport.
Practice: Plan a short warm-up for a school football session.
Remember: Preparation should match the activity that follows.
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Aerobic Endurance Training
Aerobic endurance is the ability to sustain activity using the body’s oxygen-delivery systems. Continuous activity and appropriately structured intervals can develop endurance over time.
Example: Steady cycling at a manageable intensity can develop aerobic endurance.
Practice: Compare continuous training with interval training in a two-column table.
Remember: Endurance training should progress gradually according to individual capacity.
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Muscular Strength and Endurance Training
Muscular strength is the ability to exert force, while muscular endurance is the ability to repeat or maintain muscular effort. Age-appropriate resistance exercises should emphasise correct technique and controlled progression.
Example: Bodyweight movements can be used to practise controlled resistance exercise.
Practice: Explain the difference between strength and muscular endurance using one sporting example.
Remember: Technique and supervision are more important than trying to lift the heaviest possible load.
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Flexibility and Mobility
Flexibility describes the available range of movement around a joint, while mobility also involves control through movement. Different sports and daily activities require different levels of mobility.
Example: Controlled shoulder mobility helps in overhead sporting movements.
Practice: Identify three joints and movements that could be included in a mobility routine.
Remember: Stretching should be controlled and should not be forced into pain.
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Speed, Agility and Reaction Time
Speed is the ability to move rapidly, agility involves changing direction efficiently, and reaction time is how quickly a person responds to a stimulus. These abilities can be trained with sport-specific drills.
Example: A defender reacts to an opponent and changes direction quickly during play.
Practice: Design a safe cone drill that develops changes of direction.
Remember: Fast movement is most useful when combined with control and good technique.
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FITT Principle and Personal Training Design
The FITT framework considers frequency, intensity, time and type of exercise. Adjusting these variables helps create training that matches a person’s goal and current ability.
Example: An endurance plan can gradually change how often, how hard and how long a student performs aerobic activity.
Practice: Create a one-week FITT outline for improving general fitness.
Remember: Training plans should be realistic, progressive and appropriate for the individual.
🦴 Body Systems and Movement
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Skeletal System and Movement
The skeleton supports the body, protects organs and provides attachment points for muscles. Joints allow movement between bones, with different joint structures permitting different ranges of motion.
Example: The knee permits movement needed for walking, running and jumping.
Practice: Identify major bones involved in running and state one function of the skeleton.
Remember: Bones, joints and muscles work together to create movement.
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Muscular System and Muscle Action
Skeletal muscles produce movement by contracting and pulling on bones. Muscles often work in coordinated groups to create and control movement around joints.
Example: Muscles around the elbow coordinate to bend and straighten the arm.
Practice: Observe a simple arm movement and identify which joint is moving.
The cardiovascular system transports oxygen, nutrients and other substances through the body. During exercise, heart rate and blood flow adjust to meet increased demands of working muscles.
Example: Heart rate generally rises when exercise intensity increases.
Practice: Measure pulse at rest and after safe light activity and compare the values.
Remember: Exercise creates greater demand for oxygen delivery to active tissues.
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Respiratory System and Oxygen Exchange
The respiratory system brings air into the lungs and supports gas exchange. During exercise, breathing rate and depth usually increase to support greater oxygen demand and carbon dioxide removal.
Example: After running, a student normally breathes faster than while sitting quietly.
Practice: Explain why breathing changes during vigorous activity.
Remember: Respiratory and cardiovascular systems work together during physical activity.
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Basic Biomechanics and Efficient Movement
Biomechanics studies forces and movement in the body. Balance, body position, force production and the direction of movement influence sporting technique.
Example: Bending the knees and controlling body position can improve stability when preparing to jump.
Practice: Analyse one sports movement and identify where balance and force are important.
Remember: Efficient technique can improve performance while reducing unnecessary movement.
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Posture, Alignment and Movement Habits
Posture describes body alignment in positions such as standing, sitting and moving. Healthy movement habits include changing positions, using appropriate technique and avoiding unnecessary prolonged strain.
Example: Adjusting desk and screen position can support more comfortable study posture.
Practice: Review your study setup and identify two possible ergonomic improvements.
Remember: Good posture is dynamic and comfortable rather than one rigid position held all day.
🏅 Sports Skills and Performance
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Stages of Skill Learning and Practice
Sports skills improve through instruction, practice, feedback and repetition. Beginners often need conscious attention to each movement, while well-practised skills can become more consistent and automatic.
Example: A beginner learning a basketball lay-up may initially practise the footwork separately.
Practice: Break one sports skill into three smaller practice stages.
Remember: Quality practice and useful feedback are more important than repetition without correction.
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Team Games: Roles, Communication and Cooperation
Team sports require technical skills as well as communication, positioning and cooperation. Players perform different roles while working toward a shared objective.
Example: Passing into space can support team movement better than every player attempting to keep the ball individually.
Practice: Identify three communication behaviours that improve teamwork.
Remember: Effective team performance depends on coordinated decisions, not only individual skill.
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Individual Sports and Self-Management
Individual sports require technical skill, concentration and personal responsibility for preparation and performance. Athletes learn to set goals, evaluate technique and manage effort.
Example: A runner can compare split times to evaluate pacing during practice.
Practice: Choose an individual sport and identify one technical and one psychological demand.
Remember: Individual competition still depends on coaching, support and respect for others.
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Basic Tactics and Decision-Making in Sport
Tactics are plans and decisions used to achieve sporting objectives. Players must observe space, opponents, teammates and game conditions before selecting an action.
Example: A player may choose a safer pass when an opponent blocks the direct route to goal.
Practice: Describe two tactical decisions a player might make in a team sport.
Remember: Good performance combines physical skill with intelligent decision-making.
🥗 Health, Nutrition and Safety
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Balanced Nutrition for Active Adolescents
A balanced diet provides carbohydrates, proteins, fats, vitamins, minerals, fibre and fluids in appropriate amounts. Active students need regular nutritious meals to support growth, learning and physical activity.
Example: A balanced meal can combine whole grains, vegetables, a protein source and suitable fluids.
Practice: Design one balanced meal for an active school day using commonly available foods.
Remember: No single food supplies every nutrient the body needs.
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Hydration and Exercise
Water is essential for normal body function and temperature regulation. Fluid needs vary with weather, activity intensity, duration and individual factors.
Example: Outdoor activity in hot weather can increase fluid loss through sweating.
Practice: List signs that may suggest a person should stop activity, rest and address hydration or heat exposure.
Remember: Hydration planning should consider conditions rather than relying on one fixed amount for everyone.
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Recovery, Rest and Sleep
Recovery allows the body and mind to adapt after training. Sleep, appropriate rest, nutrition and sensible scheduling support performance and reduce excessive fatigue.
Example: Repeating demanding training without adequate recovery can reduce the quality of later sessions.
Practice: Create a weekly schedule that balances study, activity and recovery.
Remember: Rest is part of training, not the opposite of training.
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Sports Injuries and Risk Reduction
Sports injuries may occur through accidents, excessive load, poor technique or unsuitable conditions. Risk can be reduced through appropriate preparation, equipment, progressive training and adherence to rules.
Example: Checking the playing surface before activity can identify hazards that might cause falls.
Practice: Create a five-point safety checklist for a school sports session.
Remember: Pain, serious injury or concerning symptoms should not be ignored or trained through.
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First Aid Awareness in Physical Activity
First aid begins with recognising danger, protecting the injured person from further harm and seeking appropriate help. Students should follow school procedures and involve trained adults for significant injuries or emergencies.
Example: If a player suffers a serious injury, play should stop and a responsible adult or trained first-aid provider should be called.
Practice: Explain the first actions you would take if a teammate is injured during school sport.
Remember: Do not attempt procedures beyond your training; get qualified help when needed.
🧠 Psychology, Values and Inclusive Participation
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Motivation and Goal Setting in Sport
Motivation influences effort, persistence and engagement. Effective goals are specific, realistic and focused on behaviours that the learner can control.
Example: “Practise accurate passing for 15 minutes three times this week” is more actionable than “become the best player”.
Practice: Write one short-term performance goal and the actions needed to work toward it.
Remember: Process goals often provide clearer daily direction than outcome goals alone.
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Managing Competition Stress and Emotions
Competition can produce excitement, nervousness and pressure. Preparation routines, controlled breathing, positive self-instruction and realistic expectations can help athletes manage these feelings.
Example: A player may use a familiar pre-performance routine before serving or taking a shot.
Practice: Design a three-step routine for staying focused before a school competition.
Remember: Some nervousness is normal; the goal is to manage it effectively.
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Sportsmanship, Fair Play and Ethics
Sportsmanship includes respecting rules, opponents, officials and teammates. Ethical participation means competing fairly and rejecting cheating, deliberate harm and dishonest advantage.
Example: Accepting an official’s decision respectfully demonstrates self-control even when a player disagrees.
Practice: Discuss how you would respond if a teammate suggested breaking a rule to gain an advantage.
Remember: Winning does not justify unsafe or dishonest behaviour.
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Inclusive Physical Education and Adapted Participation
Inclusive physical education aims to give learners meaningful opportunities to participate. Activities can be adapted through equipment, space, rules, roles or levels of challenge while maintaining dignity and learning goals.
Example: Changing ball size or playing area can make an activity more accessible without removing its main skill objective.
Practice: Suggest two adaptations that could help learners with different abilities participate in the same activity.
Remember: Inclusion means creating meaningful participation, not simply placing everyone in the same activity without support.
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Designing a Personal Fitness and Activity Plan
A personal activity plan combines a clear goal, suitable activities, realistic frequency and gradual progression. Progress should be reviewed and the plan adjusted according to response, safety and changing goals.
Example: A student seeking better endurance might schedule several manageable aerobic sessions each week and track duration over time.
Practice: Create a one-week plan including goal, activity, frequency, duration, recovery and a method for tracking progress.
Remember: The best plan is safe, sustainable and appropriate for the individual’s current level.