Year 12 Edexcel Physical Education: Full Specification Breakdown | Year 12 Edexcel 体育：课程大纲全面解析

📚 Year 12 Edexcel Physical Education: Full Specification Breakdown | Year 12 Edexcel 体育：课程大纲全面解析

Edexcel’s Year 12 Physical Education specification provides a comprehensive foundation for students aiming to understand the scientific, psychological, and sociological principles underpinning sport and performance. This course, designed for AS and first-year A-level learners, explores how the body responds to exercise, how skills are acquired, and how sport reflects and shapes society. By blending theory with practical performance, it prepares students for further study in sports science, physiotherapy, coaching, and more.

Edexcel Year 12 体育课程为希望了解支撑运动与表现的科学的、心理的和社会学原理的学生提供了全面的基础。这门为 AS 和第一年 A-level 学习设计的课程，探讨身体如何对运动做出反应、运动技能如何习得，以及体育如何反映和塑造社会。通过将理论与实际表现相结合，它为学生在运动科学、物理治疗、教练等领域的深造做好准备。

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1. Course Overview | 课程概览

The Year 12 Edexcel PE course consists of two examined components and a non-examined practical assessment. Component 1: Scientific Principles of Physical Education covers applied anatomy, exercise physiology, and biomechanics. Component 2: Psychological and Social Principles addresses skill acquisition, sport psychology, and sport in society. The practical element requires students to perform in one sport and complete a personal development programme.

Year 12 Edexcel 体育课程由两个笔试部分和一个非考试实践评估组成。第一部分：体育教育科学原理涵盖应用解剖学、运动生理学和生物力学。第二部分：心理与社会原理涉及技能习得、运动心理学和社会中的体育。实践环节要求学生在一项运动中表现并完成个人发展计划。

Component 1 constitutes 60% of the AS qualification, while Component 2 makes up the remaining 40% of written marks. The practical performance is assessed internally but moderated externally, emphasising the ability to apply theory in real sporting contexts.

第一部分占 AS 资格的60%，第二部分占笔试分数的其余40%。实践表现由校内评估但由外部审核，强调在真实运动情境中应用理论的能力。

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2. Applied Anatomy and Physiology | 应用解剖与生理学

Students begin by examining the skeletal and muscular systems, learning about bone classifications, joint actions, and muscle fibre types. Understanding how agonists, antagonists, and synergists coordinate movement is crucial for analysing sports techniques.

学生首先学习骨骼和肌肉系统，了解骨骼分类、关节动作和肌纤维类型。理解主动肌、拮抗肌和协同肌如何协调运动对于分析运动技术至关重要。

The energy systems – ATP-PC, glycolytic, and aerobic – are studied in depth, including their fuel sources, intensity, duration, and by-products. This knowledge helps explain why a sprinter fatigues quickly, while a marathon runner relies on sustained aerobic metabolism.

能量系统——ATP-PC 系统、糖酵解系统和有氧系统——被深入研究，包括它们的燃料来源、强度、持续时间和副产品。这一知识有助于解释为什么短跑运动员迅速疲劳，而马拉松运动员依赖持续的有氧代谢。

Cardiovascular and respiratory responses during exercise are covered, including heart rate, stroke volume, cardiac output, and the mechanics of breathing. Learners interpret spirometer traces and explore how training enhances these systems.

运动期间的心血管和呼吸反应被涵盖，包括心率、每搏输出量、心输出量和呼吸力学。学习者解读肺活量计迹线，并探索训练如何增强这些系统。

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3. Exercise Physiology and Training | 运动生理学与训练

Optimal nutrition is key to performance. The course covers macronutrients and micronutrients, ergogenic aids, and hydration strategies. Learners evaluate the use of carbohydrate loading, creatine supplementation, and the timing of protein intake for recovery.

最佳营养是表现的关键。课程涵盖宏量营养素和微量营养素、增效辅助剂和补水策略。学习者评估碳水化合物负荷、肌酸补充以及蛋白质摄入时机对恢复的作用。

Principles of training (specificity, overload, progression, reversibility) are applied to design fitness programmes. Periodisation, tapering, and methods such as interval training, continuous training, and plyometrics are analysed for different athletes.

训练原则（特异性、超负荷、渐进性、可逆性）被应用于设计健身计划。周期化、减量训练以及间歇训练、持续训练和增强式训练等方法针对不同运动员进行分析。

Understanding aerobic capacity is often measured by VO₂max, which indicates the maximum volume of oxygen the body can utilise per minute per kilogram of body weight during intense exercise. Factors affecting VO₂max, such as genetics, training status, and altitude, are discussed.

理解有氧能力通常通过 VO₂max 来测量，它表示在剧烈运动中身体每分钟每公斤体重能够利用的最大氧气量。影响 VO₂max 的因素，如遗传、训练水平和高海拔，都会被讨论。

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4. Biomechanics and Movement Analysis | 生物力学与运动分析

Biomechanical concepts, including Newton’s laws of motion, force, momentum, and centre of mass, are applied to sporting movements. Learners calculate velocity, acceleration, and use lever systems to explain mechanical advantage in activities such as throwing and jumping.

生物力学概念，包括牛顿运动定律、力、动量和质心，被应用于运动动作。学习者计算速度、加速度，并利用杠杆系统解释投掷和跳跃等活动的机械优势。

The use of technology such as video analysis, force plates, and GPS tracking is introduced. Students learn to interpret data to improve performance and reduce injury risk, linking biomechanics with practical coaching.

引入了视频分析、测力台和 GPS 追踪等技术的使用。学生学习解读数据以提高表现并降低受伤风险，将生物力学与实际指导联系起来。

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5. Skill Acquisition | 技能习得

Skills are classified on continua such as open-closed, gross-fine, and discrete-serial-continuous. Theories of learning, including operant conditioning, observational learning (Bandura), and cognitive theories, are studied alongside Fitts and Posner’s stages of learning.

技能在连续体上分类，如开放—闭合、粗大—精细、分离—连续—串联。学习理论，包括操作性条件反射、观察学习（Bandura）和认知理论，与 Fitts 和 Posner 的学习阶段一同被研究。

Types of guidance (visual, verbal, manual, mechanical) and feedback (intrinsic, extrinsic, knowledge of results, knowledge of performance) are analysed for their effectiveness at different learning stages. The importance of reducing guidance to prevent dependence is stressed.

分析了不同类型的指导（视觉、口头、手动、机械）和反馈（内在、外在、结果知识、表现知识）在不同学习阶段的有效性。强调了减少指导以防止依赖的重要性。

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6. Sport Psychology | 运动心理学

Personality theories (trait, social learning, interactionist) are discussed, along with attitudes and how they are formed. Arousal and anxiety are examined through theories such as drive theory, inverted-U hypothesis, and catastrophe theory, linking them to performance.

讨论了人格理论（特质、社会学习、交互作用论）以及态度及其形成方式。通过驱力理论、倒 U 型假说和突变理论等来审视唤醒和焦虑，并将它们与表现联系起来。

Intrinsic and extrinsic motivation, achievement goal theory, and the impact of an audience are covered. Concepts of social facilitation, evaluation apprehension, and the home advantage effect are applied to explain why athletes sometimes perform better or worse in front of crowds.

涵盖了内部与外部动机、成就目标理论以及观众的影响。社会促进、评价担忧和主场优势效应的概念被用来解释为什么运动员在观众面前有时表现更好或更差。

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7. Sport and Society | 运动与社会

The evolution of sport from pre-industrial folk games to the modern globalised industry is traced. The influence of the public schools, the rise of amateurism and professionalism, and the social factors (class, gender, race) that shaped participation are critically analysed.

追溯了体育从前工业时代的民间游戏到现代全球化产业的演变。批判性地分析了公立学校的影响、业余主义和职业主义的兴起，以及塑造参与的社会因素（阶级、性别、种族）。

Today’s sporting landscape is shaped by commercialisation, media, and sponsorship. The golden triangle of sport, media, and business is explored, alongside issues like deviance, drugs in sport, and the role of technology. The ethical debates around performance-enhancing drugs and match-fixing are key topics.

当今体育格局由商业化、媒体和赞助塑造。探讨了体育、媒体和商业的金三角

Published by TutorHao | Year 12 体育 Revision Series | aleveler.com

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