Lower Saxony Abitur Sport - independent theory foundations study guide
Lower Saxony Abitur Sport - independent theory foundations · Work through your exam, one topic at a time.
This independent study page provides practice for Lower Saxony Abitur Sport - independent theory foundations. Its editorial learning areas include Functional anatomy and exercise physiology; Energy systems and training principles; Mechanical analysis of movement; Motor control, learning and feedback; Motivation, attention and coordination demands; Sport, society, equity and environment; Health concepts and responsible safety; Movement forms, tactics and performance analysis. The Lower Saxony Abitur Sport - independent theory foundations study guide has 8 sections and about 4,078 words.
01Functional anatomy and exercise physiology
This independent foundation section studies the systems that move and support the body : the skeleton, joints, muscles, the cardiorespiratory system and how they respond to exercise. Learn major functions of the skeleton (support, protection, movement, blood cell production and mineral storage), the main bone groups (cranium, vertebrae, ribs, pelvis, femur, tibia, humerus, radius, ulna), and the joint types: hinge (elbow, knee), ball-and-socket (shoulder, hip), pivot (neck) and gliding (wrist bones).
514 words, about 3 min02Energy-system interplay and training principles
This domain links acute responses and chronic adaptations to the three energy systems. Compare the ATP-PCr (phosphagen) system (rapid ATP resynthesis for brief intense work, without directly requiring oxygen in that reaction), glycolysis (rapid ATP production from carbohydrate, with lactate formation supporting continued flux under relevant conditions) and oxidative metabolism (oxygen-dependent ATP production using carbohydrate and fat, with its rate and contribution changing during exercise).
522 words, about 3 min03Mechanical analysis of sport movement
Biomechanics applies mechanical principles to human movement. Use Newton's three laws and apply them to sport (inertia, force equals mass times acceleration, action-reaction).
518 words, about 3 min04Motor learning, feedback and practice design
Motor learning explains how practice and experience produce relatively permanent changes in movement capability. Distinguish skill classification (gross versus fine, open versus closed, discrete versus serial versus continuous, self-paced versus externally paced) from the stages of learning described by Fitts and Posner: cognitive (talking through the skill, many errors), associative (refining technique, fewer errors), and autonomous (automatic, attention freed for tactics).
637 words, about 3 min05Motivation, attention and performance psychology
Sport psychology examines psychological factors influencing participation and performance. Compare motivation : intrinsic versus extrinsic, and how extrinsic rewards can undermine intrinsic motivation.
519 words, about 3 min06Sport, society, equity and environmental decisions
This domain examines how society shapes participation and performance. Examine socialisation into and through sport, including primary agents (family, peers, school) and secondary agents (media, coaches, clubs).
479 words, about 2 min07Health, activity participation and responsible risk management
Physical activity includes everyday movement as well as organized sport; exercise is a planned form of activity. Health-related fitness describes particular capacities, not a complete diagnosis of a person’s health.
474 words, about 2 min08Movement forms, tactical problems and performance analysis
Movement education includes individual, cooperative, competitive and expressive forms. Running, jumping and throwing emphasize different objectives, but every analysis should identify the task, relevant constraints and evidence of performance.
415 words, about 2 min