교육자를 위해: Components of fitness(Physical Education, Physical Training)을(를) 위한 바로 쓸 수 있는 수업 슬라이드, 복습 노트 — 수업에 사용하거나, 학습자들이 실시간 게임으로 즐기는 인터랙티브 클래스 활동으로 진행하세요.
Cardiovascular endurance supports prolonged work through oxygen delivery and use. Muscular endurance sustains or repeats contractions while resisting fatigue; strength is maximum force in a stated effort. These differ even when one activity uses all three.
Flexibility is joint-specific movement range. Body composition concerns relative tissues or compartments, often fat versus fat-free mass. Water is present inside tissues and cannot be counted as an independent category alongside all muscle, bone and fat. The common health-related grouping is a learning convention, not a complete diagnosis.
Sustaining work and exerting force
Skill-related fitness
Agility is changing direction quickly with control; balance maintains or regains stability in stillness and movement; coordination combines movements and sensory information effectively. A static centre-of-mass/base-of-support explanation is useful but does not cover every dynamic balance action.
Reaction time runs from stimulus to the beginning of response, speed concerns subsequent movement rate, and power concerns work per unit time. Strength × speed is common GCSE PE shorthand for explosive performance; exact mechanics uses work/time or appropriate force × velocity. Classification does not make these components irrelevant to health.
Control, response and movement
Fitness and health
Fitness concerns the ability to meet physical demands. Health includes physical, mental and social well-being, so a performer may meet one sporting demand well while experiencing difficulties in another health dimension. The ideas are related but not identical.
A single fitness test or competitive result cannot assess every component or the whole person. Use a relevant action and demand when explaining fitness, while recognising technique, decisions, circumstances and opportunities also affect performance.
Fitness and health
Applying to sport
Match components to specific actions: a runner sustaining a marathon uses cardiovascular endurance; a sprinter responding to the signal uses reaction time; a gymnast controlling a still beam position uses balance and appropriate joint range. These are examples rather than exclusive sport/component pairings.
Role and situation change priorities. A rugby prop producing scrum force highlights strength; repeated actions draw on muscular endurance and a player evading an opponent may use agility and speed. A developed answer explains how the component helps the action rather than listing component names.
Explain the action, not just the sport
Strength, endurance and power
Strength describes maximum force; muscular endurance describes resisting fatigue through repeated or sustained contractions. Power describes how quickly work is done, so applying force rapidly can be important in a jump or throw. A high strength score alone does not establish explosive movement performance.
Fictional work-time comparison: 600 J in 2 s gives average power 300 W, whereas 600 J in 3 s gives 200 W. The same work in less time gives higher power. These are mathematical teaching inputs, not instructions to attempt a particular load.
Same work, different time
Reaction and movement time
Reaction time ends at the beginning of the response; movement time follows until the specified action finishes. Define the stimulus and endpoints when describing a timing result. A shorter reaction interval does not necessarily give the shortest whole-task time.
In the fictional comparison A has 0.20 s reaction plus 0.80 s movement, total 1.00 s. B has 0.15 s plus 0.90 s, total 1.05 s. B reacts sooner but A completes sooner. Separate the intervals before drawing a conclusion.
A faster start need not finish sooner
Classification depends on the course
A common grouping places cardiovascular endurance, muscular strength and endurance, flexibility and body composition under health-related fitness. Agility, balance, coordination, power, reaction time and speed are commonly grouped as skill-related. Some examination specifications use a different list or terminology.
Use the definitions required by the course and the question. A skill-related label does not mean a component lacks health benefits, nor does a health-related label mean it is unimportant in competition. Categories help organisation; explanation still needs context.
Use the classification in context
Interpreting body composition
A composition description must define its compartments. Fat and fat-free mass can partition total mass, but water, muscle and bone are not mutually exclusive compartments because the tissues contain water. Do not draw a pie chart that double counts them.
Composition alone cannot establish fitness, technique, health or eligibility to participate. No classroom body measurements or comparisons are required here. Focus on the physical demands and relevant performance evidence rather than judging appearance.
Avoid double counting compartments
슬라이드
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