MTEL Physical Education (22) key terms

The motivation, confidence, physical competence, knowledge, and understanding needed to value and take responsibility for engaging in physical activity across a lifetime. It combines movement skill with attitudes and habits.

Basic locomotor, non-locomotor (stability), and manipulative patterns such as running, hopping, balancing, throwing, and catching. These serve as the building blocks for more complex sport and activity skills taught later.

Movement patterns that transport the body from one place to another, including walking, running, jumping, hopping, skipping, galloping, sliding, and leaping. They are typically taught and assessed in the early elementary years.

Stability movements performed in place without traveling, such as bending, twisting, turning, swinging, balancing, pushing, and pulling. They support body control and are often combined with locomotor and manipulative patterns.

Movement patterns involving handling or controlling an object, such as throwing, catching, kicking, striking, dribbling, and volleying. They require tracking and coordination with equipment or implements.

Abilities that link sensory information with movement, including body awareness, spatial awareness, directional awareness, and temporal awareness. They help learners judge where the body is and how to move in relation to objects and others.

Maintaining a stable body position while stationary, such as standing on one foot or holding a plank. It depends on proprioception, core strength, and visual input and is often assessed by timed holds.

Maintaining stability while the body is moving or while shifting the base of support, such as walking a beam or landing a jump. It is tested through traveling tasks rather than stationary holds.

The point at which the body's weight is evenly distributed and balanced in all directions. Stability improves when this point stays over the base of support and the base is widened or lowered.

The area beneath and between the body parts contacting the ground that provides stability. A wider or lower base generally increases balance, while narrowing it, as in a beam walk, makes balance harder.

Understanding of personal space versus general space and of where the body moves relative to objects and others. It underlies safe movement in crowded areas and accurate interception of moving objects.

The five components associated with good health: cardiorespiratory endurance, muscular strength, muscular endurance, flexibility, and body composition. These are the focus of fitness education and most fitness testing in schools.

Components that support performance in sport and movement: agility, balance, coordination, power, reaction time, and speed. They are distinct from health-related components and are developed through varied practice.

The ability of the heart, blood vessels, and lungs to supply oxygen during sustained activity. It is improved by continuous aerobic exercise and is often estimated with a timed run or step test.

The maximum force a muscle or muscle group can produce in a single effort. It is developed with higher resistance and lower repetitions and is distinct from the ability to sustain repeated contractions.

The ability of a muscle or group to perform repeated contractions or hold a contraction over time. It is developed with moderate resistance and higher repetitions, such as curl-ups or push-up sets.

The range of motion available at a joint or group of joints. It is improved through stretching when muscles are warm and is assessed with sit-and-reach or similar range-of-motion measures.

The relative proportions of fat mass and fat-free mass (muscle, bone, water, organs) in the body. In schools it is estimated with skinfolds or bioelectrical impedance rather than used to judge students.

The ability to change direction quickly and accurately while maintaining control. It is a skill-related component trained with cone drills, shuttle runs, and reactive cutting movements.

The ability to move the body or a body part from one point to another in the shortest possible time. It is a skill-related component developed through sprint mechanics and short high-intensity efforts.

The ability to exert force quickly, the product of strength and velocity. It underlies jumping and throwing and is trained with plyometrics and explosive movements performed with sound technique.

A framework for designing exercise programs using Frequency, Intensity, Time, and Type. Physical educators use it to teach students how to apply and adjust each variable safely for their own goals.

Gradually increasing the demands placed on the body so it continues to adapt. Increases in load, volume, or difficulty should be small and spaced out to allow recovery and reduce injury risk.

A range of heart rates, usually a percentage of estimated maximum heart rate, that corresponds to moderate to vigorous aerobic intensity. It is used to teach students to monitor and self-regulate effort.

A self-report scale, such as a 1-to-10 or 6-to-20 scale, describing how hard exercise feels. It gives a practical intensity check when heart rate monitors are unavailable or impractical.

Sustained activity in which oxygen demand can be met during the effort, such as jogging, cycling, or swimming. It primarily builds cardiorespiratory endurance and can be maintained for extended periods.

Short, high-intensity activity that exceeds the oxygen supply available at the moment, such as sprinting or heavy lifting. It relies on stored energy sources and builds speed, strength, and power.

Holding a stretched position without movement for a period of time. It is generally most useful after activity or in separate flexibility sessions rather than as a pre-activity warm-up.

Controlled movement through a joint's range of motion, such as leg swings or walking lunges. It raises muscle temperature and primes movement patterns, making it suitable for a pre-activity warm-up.

The process by which movement skills are acquired, refined, and retained through practice and feedback. It progresses from cognitive understanding to associative practice and finally to automatic performance.

Information given during learning that describes performance and guides improvement, such as cueing a bent elbow during a throw. It differs from summative feedback, which evaluates a finished product.

Varying conditions, distances, speeds, or contexts during practice rather than repeating one identical drill. Moderate variability improves transfer and retention of skills compared with blocked repetition alone.

Sequencing instruction from simple to complex and from easy to hard, such as moving from stationary dribbling to dribbling while guarded. It matches task difficulty to the learner's current skill level.

Breaking a complex skill into its component parts so each can be taught, practiced, and assessed. It helps teachers identify where a learner's difficulty occurs and plan targeted feedback.

National or state statements describing what students should know and be able to do in physical education, such as demonstrating competency in motor skills or achieving health-enhancing fitness.

Evaluating student learning through observed performance, such as skill checklists, rubrics, or game-play observation, rather than relying only on written tests. It aligns assessment with psychomotor learning goals.

Adjusting content, process, or product so students with varied skill levels, needs, and backgrounds can succeed. In physical education this may mean modified equipment, space, rules, or grouping.

Designing instruction so every student, including those with disabilities, participates meaningfully in the least restrictive setting. It may involve adapted rules, equipment, or individualized supports rather than exclusion.

Specially designed physical education instruction, services, and supports for students with disabilities who need modifications to participate safely and successfully. It is documented through IEP goals and delivered by qualified personnel.

A screening measure comparing a child's body mass index with peers of the same age and sex. It is used for surveillance and screening, not diagnosis, and should be interpreted privately and without stigmatizing students.