What is physical fitness made of, and how do its health-related and skill-related components differ?
Distinguish health-related from skill-related fitness and define each component with a sporting example
A focused answer to the O-Level ESS outcome on fitness components. The five health-related and the skill-related components of fitness, each defined with a clear sporting example.
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What this dot point is asking
SEAB wants you to distinguish health-related fitness from skill-related fitness and to define each component with a sporting example. The central idea is that "fitness" is not one thing: it is a set of separate qualities, some that keep you healthy and able to be active, and some that let you perform skilful sport well.
The answer
Two families of fitness
Fitness components split into two groups.
- Health-related fitness is about the qualities that keep the body healthy and able to cope with everyday activity. These benefit everyone, not just athletes.
- Skill-related fitness is about the qualities that let a performer carry out skilful movement well. These matter most in sport and competition.
The health-related components
There are five health-related components.
- Cardiovascular endurance: the ability of the heart and lungs to deliver oxygen to the muscles for a long time. Key in distance running.
- Muscular strength: the maximum force a muscle can produce in one effort. Key in weightlifting.
- Muscular endurance: the ability of a muscle to keep contracting over time without tiring. Key in rowing.
- Flexibility: the range of movement at a joint. Key in gymnastics.
- Body composition: the proportion of fat, muscle and bone in the body. Relevant across many sports.
The skill-related components
The skill-related components support quality of movement and performance.
- Agility: the ability to change direction quickly and under control. Key in netball.
- Balance: keeping the body's centre of mass over the base of support. Key in gymnastics.
- Coordination: using two or more body parts together smoothly. Key in a tennis serve.
- Power: combining strength and speed to produce explosive movement. Key in a long jump.
- Reaction time: the time to respond to a stimulus. Key for a sprint start.
- Speed: how quickly the body or a part of it can move. Key in a 100 m sprint.
Examples in context
Example 1. A games player across a match. A footballer needs cardiovascular endurance to last 90 minutes (health-related), agility to beat an opponent and power to strike the ball (both skill-related). A single sport draws on both families at once, which is why training must develop several components.
Example 2. A gymnast on the beam. Flexibility (health-related) lets the gymnast reach extreme positions, while balance and coordination (skill-related) keep them on the beam through a routine. Without all three the routine fails, showing how the families combine in one performance.
Try this
Cue. List the five health-related components of fitness. (Cardiovascular endurance, muscular strength, muscular endurance, flexibility, body composition.)
Cue. Classify reaction time, flexibility and coordination into the correct family. (Reaction time and coordination are skill-related; flexibility is health-related.)
Cue. Explain the difference between power and strength with an example. (Strength is maximum force in one effort, as in a heavy squat; power adds speed for an explosive effort, as in a vertical jump.)
Exam-style practice questions
Practice questions written in the style of SEAB exam questions on this dot point, with worked answer explainers. The year tag is the paper they imitate, not the source.
Original6 marksDefine cardiovascular endurance, muscular strength and flexibility, and give a sport in which each is especially important.Show worked answer →
Cardiovascular endurance: the ability of the heart and lungs to supply oxygen to the working muscles for a long time. Important in distance running.
Muscular strength: the maximum force a muscle or muscle group can exert in a single effort. Important in weightlifting.
Flexibility: the range of movement available at a joint. Important in gymnastics.
What markers reward: a precise definition for each component (oxygen supply over time; maximum force; range at a joint), and a sensible sport matched to each.
Original5 marksExplain the difference between health-related and skill-related fitness, and classify agility, muscular endurance, power and balance into the correct group.Show worked answer →
Health-related fitness components affect general health and the ability to carry out daily activity (such as cardiovascular endurance and strength). Skill-related fitness components affect performance in sport and the quality of movement (such as agility and coordination).
Classification: muscular endurance is health-related; agility, power and balance are skill-related.
What markers reward: a clear distinction (health for general fitness and health, skill for sporting performance), and the correct group for each of the four named components.
Related dot points
- Describe tests for health-related fitness and calculate and interpret body mass index as a measure of body composition
A focused answer to the O-Level ESS outcome on testing health-related fitness. Common fitness tests, body composition, and how to calculate and interpret body mass index (BMI).
- Describe tests for skill-related fitness and interpret scores against norm tables to identify training needs
A focused answer to the O-Level ESS outcome on testing skill-related fitness. Tests for agility, power, balance, reaction time, speed and coordination, and how to read scores against norm tables.
- Compare aerobic and anaerobic energy production, including the role of oxygen, lactic acid and EPOC, with sporting examples
A focused answer to the O-Level ESS outcome on energy systems. Aerobic versus anaerobic energy, the role of oxygen and lactic acid, oxygen debt and EPOC, and matching each system to sporting events.
- Explain the principles of training (specificity, progressive overload, reversibility, tedium) and apply FITT to a programme
A focused answer to the O-Level ESS outcome on training principles. Specificity, progressive overload, reversibility and tedium, and how the FITT framework adjusts a training programme.
- Describe the main methods of training (continuous, interval, circuit, fartlek, weight, flexibility) and match each to a fitness goal
A focused answer to the O-Level ESS outcome on training methods. Continuous, interval, circuit, fartlek, weight and flexibility training, and how each develops a specific fitness component.