A Level Physical Education WJEC

This subject is broken down into 17 topics in 4 modules:

  1. Exercise Physiology, Performance Analysis and Training 7 topics
  2. Sports Psychology 5 topics
  3. Skill Acquisition 1 topics
  4. Sport and Society 4 topics
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  • 4
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  • 17
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  • 7,035
    words of revision content
  • 55+
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This page was last modified on 28 September 2024.

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Physical Education

Exercise Physiology, Performance Analysis and Training

Short-Term Responses to Exercise

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Short-Term Responses to Exercise

Cardio-Pulmonary Responses

  • Heart Rate (HR): This is the number of heartbeats per minute. During exercise, the HR rapidly increases to supply the muscles with more oxygen and nutrients.
  • Stroke Volume (SV): The amount of blood pumped by the left ventricle of the heart in one contraction. This also increases to meet the demand for oxygen.
  • Cardiac Output (CO): It's the product of HR and SV and represents the total volume of blood the heart pumps per minute. This increases during exercise.
  • Blood Pressure: Systolic pressure (pressure exerted when the heart contracts) rapidly increases during exercise; diastolic pressure (pressure in the arteries when the heart is at rest) remains relatively stable.
  • Respiration Rate: The number of breaths taken per minute. This increases during exercise to increase oxygen supply and to remove waste products.
  • Oxygen Uptake (VO2): The amount of oxygen the body utilises from the inhaled air increases during exercise.
  • Lactic acid production: A by-product of anaerobic metabolism, its amount quickly elevates during high-intensity exercise.

Muscular Responses

  • Increase in muscle temperature: Exercise causes muscles to heat up, promoting enzyme activity and oxygen supply.
  • Energy production: In order to keep up with energy demands, muscles increase ATP production through aerobic or anaerobic metabolism.
  • Motor unit recruitment: The amount and type of motor units activated increase with the intensity of exercise.
  • Lactate Threshold (LT): Yes, it refers to the exercise intensity at which lactate (lactic acid) starts to accumulate in the bloodstream. This occurs quicker at high levels of intense exercise.

Metabolic Responses

  • Increased metabolic rate: The rate at which the body metabolises calories from food for immediate use or storage as fat. This rate increases during exercise and can remain elevated for a considerable time afterwards.
  • Glycogen Depletion: Muscle and liver glycogen reserves are quickly depleted during intense physical activity.
  • Lipolysis: The breaking down of lipids into glycerol and free fatty acids for energy production. This process increases during prolonged, low-intensity exercise.
  • Protein Catabolism: Proteins are broken down for energy during prolonged, high-intensity exercise when glycogen stores are depleted.

Course material for Physical Education, module Exercise Physiology, Performance Analysis and Training, topic Short-Term Responses to Exercise

Physical Education

Sports Psychology

Social Facilitation

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Social Facilitation

Definition of Social Facilitation:

  • Social Facilitation refers to the phenomenon where an individual performs differently when in the presence of others compared to when alone.
  • It's a human psychological process indicating that people often perform better on simpler or well-learned tasks and worse on complex or new ones when they are in the presence of others and their individual performance can be evaluated.

Types of Social Facilitation:

  • Co-action Effects occur when an individual's performance is influenced by the mere presence of others performing the same task. It doesn't involve any sort of competition or evaluation.
  • Audience Effects happen when an individual's performance changes in response to being observed by others. Here, the underlying factor is being evaluated by viewers.

Zajonc's Drive Theory:

  • This theory proposed by Robert Zajonc suggests that the mere presence of others increases arousal, thus enhancing the emission of dominant responses.
  • To put simply, if a task is simple or well-rehearsed, arousal can enhance performance. If a task is complex or unfamiliar, increased arousal can impair performance.

Evaluation Apprehension Theory:

  • This theory goes beyond mere presence and suggests that what really matters is the perceived judgement, or evaluation apprehension.
  • It suggests that individuals are facilitated only when they know they are being watched and evaluated by others.

Home Advantage in Sports:

  • Social facilitation is also linked with the idea of 'home advantage' in sports, a situation where players tend to perform better at home due to supportive audience.
  • The audience can act as a psychological stimulus for better performance due to players' increased effort levels and emotional arousal.

Influencing Factors:

  • The impact of social facilitation can be affected by factors like the skill level of the performer, the complexity of the task, the personality of the performer, and the familiarity with the audience.

Role of Coaches:

  • Coaches play an important role in helping athletes manage and use social facilitation to their advantage by helping them prepare mentally for the presence and possible influence of others.
  • They can use strategies like psychological skills training (PST), facilitating team cohesion, and creating supportive environments to manage the effects of social facilitation.

Course material for Physical Education, module Sports Psychology, topic Social Facilitation

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