Year 8 PE - Physical Education worksheet vocabulary list defining Hypertrophy and Lactic Acid to support literacy during Health and Fitness lessons.
A structured glossary of key Tier 2 and Tier 3 vocabulary with definitions and contextual example sentences, designed to close the vocabulary gap.
Subject: PE - Physical Education | Year: 8
Name: _________________________ Class/Set: ____________ Date: ____________
| Word | Definition | Example Sentence |
|---|---|---|
| Aerobic | Exercise that requires oxygen to produce energy, usually performed at a moderate intensity. | Long-distance running is a type of aerobic exercise that improves heart health. |
| Anaerobic | High-intensity exercise where the body produces energy without using oxygen. | A 100-metre sprint is an anaerobic activity because it is short and very fast. |
| Agility | The ability to change direction at speed while maintaining control of the body. | A netball player uses agility to dodge an opponent and move into space. |
| Balance | The ability to maintain the body’s centre of mass over a base of support. | A gymnast needs excellent balance to stay steady while performing on the beam. |
| Cardiovascular | Relating to the heart and blood vessels. | Regular swimming improves your cardiovascular endurance, allowing you to swim for longer. |
| Coordination | The ability to move two or more body parts together smoothly and accurately. | Good hand-eye coordination is essential for a cricket player when hitting the ball. |
| Flexibility | The range of movement possible around a joint. | Performing a pike jump in trampolining requires great flexibility in the hamstrings. |
| Intensity | A measure of how hard an individual is working during a physical activity. | We used heart rate monitors to track the intensity of our circuit training session. |
| Lactic Acid | A waste product produced in the muscles during high-intensity anaerobic exercise. | The buildup of lactic acid in my legs made them feel heavy during the final sprint. |
| Muscular Endurance | The ability of a muscle or group of muscles to work for a long time without tiring. | Doing many repetitions of light weights helps to build muscular endurance. |
| Muscular Strength | The maximum force a muscle can exert against a resistance in a single effort. | A shot putter requires high levels of muscular strength to throw the heavy metal ball. |
| Power | The ability to perform strength-based movements quickly (Strength × Speed). | A vertical jump test measures the power in a student’s legs. |
| Reaction Time | The time taken to respond to a specific stimulus. | A goalkeeper needs a fast reaction time to save a shot from close range. |
| Recovery | The time required for the body to repair itself and return to normal after exercise. | Stretching and drinking water are important parts of the recovery process. |
| Speed | The rate at which an individual can cover a distance or perform a movement. | Improving your speed will help you reach the ball before your opponent in football. |
| Stamina | The ability to sustain prolonged physical or mental effort. | Playing a full 80-minute rugby match requires high levels of physical stamina. |
| Hypertrophy | The increase in the size of muscle cells, usually as a result of resistance training. | Consistent weightlifting leads to muscle hypertrophy over several months. |
| Frequency | How often someone trains or performs physical activity per week. | To improve fitness, you should increase the frequency of your training sessions. |
| Sedentary | A lifestyle involving little or no physical activity. | A sedentary lifestyle can lead to health problems like obesity and heart disease. |
| Analysis | Breaking down a performance into parts to understand how to improve it. | We used video analysis to look at our passing technique in the hockey lesson. |
Eliminating the ambiguity surrounding complex physiological terms requires a structured approach to literacy within the practical environment. By explicitly defining Hypertrophy and the mathematical relationship of Power, this resource provides the necessary scaffolding for students to articulate their physical progress. The structural layout of this Vocabulary List prioritises dual-coding through contextual examples, reducing the intrinsic cognitive load associated with abstract biological processes. Consequently, Year 8 pupils transition from basic recognition to sophisticated application, ensuring they possess the precise terminology required to evaluate their own fitness data and training intensity with academic rigour and confidence.
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