Year 13 OCR PE: Full Syllabus Breakdown | Year 13 OCR 体育：课程大纲全面解析

📚 Year 13 OCR PE: Full Syllabus Breakdown | Year 13 OCR 体育：课程大纲全面解析

Year 13 of the OCR A Level Physical Education course is the culmination of two years of study, bringing together advanced topics in physiology, psychology, and sociology along with a significant non-exam assessment. This breakdown covers every component of the Year 13 syllabus, including energy systems, biomechanics, skill acquisition, sport psychology, sport and society, contemporary issues, and the all-important performance and EAPI tasks. Understanding the full scope of what is assessed in the three examination papers and the practical coursework will help you organise your revision and target the highest marks.

OCR A Level 体育课程的第二学年是两年学习的顶峰，它汇集了生理学、心理学和社会学中的高级专题，以及分量很重的非考试评估。本文全面解析 Year 13 课程大纲的每一个组成部分，涵盖能量系统、生物力学、技能习得、运动心理学、体育与社会、当代议题，以及至关重要的运动表现与 EA 口试任务。了解三份笔试试卷和实践课程作业所考查的全部内容，将帮助你合理安排复习，瞄准最高分数。

1. Energy Systems and ATP Resynthesis | 能量系统与 ATP 再合成

In Year 13, you will deeply explore the three energy systems: the ATP-PC system, the glycolytic system, and the aerobic system. You need to understand how each system resynthesises ATP, the fuels used, the duration and intensity of exercise each predominates in, and the limiting factors such as phosphocreatine depletion and lactate accumulation. The interplay between energy systems during intermittent exercise is a key topic, and you should be able to interpret graphs showing energy system contributions over time.

在 Year 13，你将深入学习三种能量系统：ATP-PC 系统、糖酵解系统和有氧系统。你需要理解每个系统如何再合成 ATP、所使用的燃料、各自主导的运动时长和强度，以及限制因素（如磷酸肌酸耗竭和乳酸堆积）。间歇运动中能量系统间的相互作用是重点主题，你应能解读显示能量系统贡献随时间变化的图表。

The ATP-PC system provides energy for up to 10 seconds of maximal effort, using phosphocreatine to rapidly donate a phosphate to ADP.
ATP-PC 系统为不超过 10 秒的最大强度运动提供能量，利用磷酸肌酸迅速将磷酸基团转移给 ADP。
The glycolytic system (anaerobic glycolysis) predominates in high-intensity exercise lasting up to approximately 90 seconds, producing pyruvate and then lactate when oxygen is insufficient.
糖酵解系统（无氧糖酵解）在持续约 90 秒的高强度运动中占主导，生成丙酮酸，在氧气不足时进一步转化为乳酸。
The aerobic system is the primary source during prolonged, lower-intensity exercise, using carbohydrates and fats in the presence of oxygen to generate large amounts of ATP via the Krebs cycle and electron transport chain.
有氧系统是长时间低强度运动的主要能量来源，在有氧条件下利用碳水化合物和脂肪，通过克雷布斯循环和电子传递链生成大量 ATP。

2. Injury Prevention and Rehabilitation | 运动损伤预防与康复

This section requires knowledge of acute and chronic injuries, their causes, and the physiological responses to injury. You will study methods of rehabilitation for common sports injuries, focusing on the use of ice, compression, elevation, and therapeutic exercise. The concept of hyperbaric chambers, ice baths, and nutritional interventions for recovery also appears here, intertwined with the recovery processes.

本部分要求掌握急性和慢性损伤的知识、其成因以及损伤的生理反应。你将学习常见运动损伤的康复方法，重点关注冰敷、加压、抬高以及治疗性训练的应用。高压氧舱、冰浴和营养干预等恢复手段也与此相关，并与恢复过程交织在一起。

Acute injuries occur suddenly, such as sprains, strains, and fractures; chronic injuries develop over time through overuse, like tennis elbow or shin splints.
急性损伤突然发生，如扭伤、拉伤和骨折；慢性损伤则因长期过度使用逐渐形成，例如网球肘或胫骨疲劳性骨膜炎。
The PRICE protocol (Protection, Rest, Ice, Compression, Elevation) is fundamental in immediate injury management.
PRICE 原则（保护、休息、冰敷、加压、抬高）是损伤即时处理的基础。
Rehabilitation progresses through stages: restoring range of motion, then strength, then sport-specific function; stretching, massage, and cryotherapy play key roles.
康复分阶段推进：先恢复关节活动度，再恢复力量，最后恢复特定运动功能；伸展、按摩和冷疗起着关键作用。

3. Biomechanical Principles and Linear Motion | 生物力学原理与直线运动

Biomechanics in Year 13 moves beyond basic levers into the analysis of linear motion, Newton’s laws, and the calculation of force, momentum, and acceleration. You need to confidently apply equations for speed, velocity, momentum, and impulse to sporting examples, and interpret force-time graphs. Understanding the distinction between mass and weight, and centre of mass, is crucial for explaining stability and movement efficiency.

Year 13 的生物力学超越了基础杠杆，进入直线运动分析、牛顿定律以及力、动量和加速度的计算。你需要自信地将速度、速率、动量、冲量等公式应用于体育实例，并解读力-时间图表。理解质量与体重的区别以及重心位置，对于解释稳定性和运动效率至关重要。

Biomechanical Quantity	Equation
Momentum (p)	p = mass × velocity
Impulse (Ft)	Ft = change in momentum
Acceleration (a)	a = (final velocity – initial velocity) / time

Newton’s three laws govern all human movement: the law of inertia explains why a sprinter must apply force to start moving; the law of acceleration links force to rate of change of momentum; and the law of reaction underpins ground reaction forces in running and jumping.

牛顿三大定律支配着所有人体运动：惯性定律解释了短跑运动员为何需要施加力才能启动；加速度定律将力与动量变化率联系起来；反作用定律则是跑步和跳跃中地面反作用力的基础。

4. Skill Classification and Practice Structures | 技能分类与练习结构

Skill acquisition examines how we classify skills along continua and select appropriate practice methods. Year 13 students must justify which type of practice (whole, part, whole-part-whole, progressive part) suits a given skill, considering its complexity and the learner’s stage. Transfer of learning – positive, negative, proactive, retroactive, bilateral – is often tested through applied scenarios.

技能习得研究我们如何沿连续体对技能进行分类，并选择合适的练习方法。Year 13 学生必须论证哪种练习类型（整体、分解、整体-分解-整体、渐进分解）适合某一特定技能，需考虑技能复杂性和学习者所处阶段。学习迁移——正迁移、负迁移、顺向迁移、逆向迁移、双侧迁移——常通过应用情景进行考查。

Skills can be classified on continua: gross–fine, open–closed, discrete–serial–continuous, self-paced–externally paced.
技能可沿连续体分类：粗大-精细、开放-封闭、分立-序列-连续、自定步调-外部步调。
Whole practice is best for simple, highly organised skills like a golf swing; part practice suits complex skills with independent sub-routines, such as a tennis serve.
整体练习最适合高尔夫挥杆等简单、组织性高的技能；分解练习则适合包含独立子程序的复杂技能，如网球发球。
Variable practice, using a range of situations, enhances schema development and positive transfer to competition.
变换练习通过在不同情境下练习，促进图式发展，并向比赛环境产生正迁移。

5. Information Processing and Memory Systems | 信息处理与记忆系统

The information processing model with its input, decision-making, output, and feedback stages is central. You must explain the role of the senses, perception, selective attention, and the memory systems in generating a motor output. Multi-store memory models (Atkinson and Shiffrin) and working memory (Baddeley and Hitch) are directly assessed, including their capacity, duration, and strategies to improve retention such as chunking, rehearsal, and meaningfulness.

信息加工模型包含输入、决策、输出和反馈阶段，它是核心内容。你必须阐释感觉、知觉、选择性注意以及记忆系统在产生动作输出中的作用。多存储记忆模型（Atkinson 和 Shiffrin）和工作记忆（Baddeley 和 Hitch）会直接考查，包括它们的容量、持续时间以及提高记忆保留的策略，如组块、复述和赋予意义。

The DCR process (Detect, Compare, Recognise) within perceptual mechanisms and the translation of a motor programme via the neuromuscular system are required. You should link these stages to response time and the factors affecting it, such as the psychological refractory period and the role of anticipation.

感知机制中的 DCR 过程（检测、比较、识别）以及通过神经肌肉系统转换运动程序的过程都属于要求范围。你应将这些阶段与反应时及其影响因素联系起来，例如心理不应期和预判的作用。

6. Arousal, Anxiety and Aggression | 唤醒、焦虑与攻击性

Sport psychology dominates Paper 2 and includes the theories of arousal and its relationship with performance. Year 13 covers the drive theory, inverted-U hypothesis, catastrophe theory, and the zone of optimal functioning. You need to evaluate these models using sporting examples and explain how cognitive and somatic anxiety components interact to influence performance under pressure.

运动心理学在试卷二中占据主导地位，涵盖唤醒理论及其与运动表现的关系。Year 13 内容包括驱力理论、倒 U 型假说、突变理论和最佳功能区理论。你需要运用体育实例评价这些模型，并解释认知焦虑和躯体焦虑成分如何在压力下相互作用，影响运动表现。

Aggression in sport is analysed through instinct theory, frustration-aggression hypothesis, aggressive cue hypothesis, and social learning theory. Distinguishing between hostile aggression, channelled aggression, and assertion is a common exam requirement, as is evaluating methods to eliminate aggressive behaviour, such as punishment, reinforcement of non-aggressive acts, and cognitive restructuring.

体育中的攻击性通过本能理论、挫折-攻击假说、攻击性线索假说和社会学习理论进行分析。区分敌意性攻击、疏导性攻击和自信行为是常见的考试要求，评估消除攻击行为的方法（如惩罚、强化非攻击行为以及认知重建）也同样重要。

7. Motivation, Self-Confidence and Leadership | 动机、自信心与领导力

Theories of motivation – intrinsic, extrinsic, and the interactional approach – are linked to achievement motivation (Atkinson’s model) and the need to achieve (nAch) versus the need to avoid failure (nAf). You must discuss how coaches can foster mastery climate and use goal setting (SMARTER targets) to enhance intrinsic motivation and task persistence.

动机理论——内在动机、外在动机和交互作用取向——与成就动机（Atkinson 模型）以及追求成功与避免失败的动机相关联。你必须讨论教练如何营造掌握动机氛围，并利用目标设置（SMARTER 原则）来增强内在动机和任务坚持性。

Self-efficacy (Bandura) and its four determinants – performance accomplishments, vicarious experience, verbal persuasion, and emotional arousal – are central. Leaders’ styles (autocratic, democratic, laissez-faire) and the Fiedler contingency model are applied to sports teams, evaluating effectiveness based on situational favourability.

自我效能感（Bandura）及其四个决定因素——成绩表现、替代经验、言语说服和情绪唤醒——是核心内容。领导风格（独裁型、民主型、放任型）和菲德勒权变模型被应用于运动队，根据情境有利度评价其有效性。

8. Sport and Society: Origins and Equality | 体育与社会：起源与平等

Paper 3 requires analysis of the historical development of sport from pre-industrial times to the 21st century, including the influence of public schools, industrialisation, urbanisation, and the rise of rational recreation. You will explore how social class, gender, amateurism and professionalism have shaped modern sports. Topics such as the 1960s emergence of pressure groups and the development of sport for women and ethnic minorities feature prominently.

试卷三要求分析从前工业化时代到 21 世纪体育的历史发展，包括公学、工业化、城市化以及理性休闲兴起的影响。你将探讨社会阶层、性别、业余主义和职业主义如何塑造了现代体育。20 世纪 60 年代相关团体的出现以及女性和少数族裔体育的发展等主题是突出内容。

The ‘cult of athleticism’ in Victorian public schools used team games to develop character, leadership, and muscular Christianity.
维多利亚公学中的“体育崇拜”利用团队比赛培养品格、领导力和强身派基督教精神。
Industrialisation initially restricted participation but later led to factory teams and Saturday afternoons dedicated to sport, boosting working-class involvement.
工业化最初限制了参与，但后来催生了工厂球队和周六下午的体育时间，推动了工人阶级的参与。
Modern initiatives such as Sport England’s ‘This Girl Can’ campaign aim to tackle gender inequalities highlighted at A Level.
现代倡议如 Sport England 的“This Girl Can”活动旨在解决 A Level 课程所强调的性别不平等问题。

9. Contemporary Sporting Issues: Ethics, Technology and Deviance | 当代体育议题：伦理、科技与越轨行为

The final examined component demands critical evaluation of drugs in sport, violence, and the role of technology. Knowledge of WADA, testing procedures, and arguments for and against the legalisation of performance-enhancing drugs must be balanced. Ethical considerations around genetic modification, prosthetics, and the concepts of sportsmanship and gamesmanship are assessed alongside commercialisation and media influences.

最后一份笔试试卷要求对体育中的药物问题、暴力行为以及技术的作用进行批判性评价。必须掌握世界反兴奋剂机构（WADA）、检测程序以及支持和反对兴奋剂合法化的论据，并加以权衡。围绕基因改造、假肢以及运动家精神与竞技战术等伦理考量，同商业化和媒体影响一并考查。

Anabolic steroids increase muscle mass but carry risks of liver damage and aggression; EPO boosts red blood cell count, enhancing endurance but thickening blood dangerously.
合成代谢类固醇增加肌肉质量，但有肝损伤和攻击性增加的风险；EPO 提升红细胞数量，增强耐力，但会危险地使血液黏稠。
Technology such as Hawk-Eye, photo-finish equipment, and carbon-fibre prostheses raises questions about fairness and the integrity of sport.
鹰眼、终点摄影设备以及碳纤维假肢等技术引发了关于公平性和体育完整性的问题。
The concept of the ‘contract to compete’ and the Olympic oath underscore the expected value of ethical participation.
“竞赛契约”和奥林匹克誓词强调了在道德层面参与体育的预期价值观。

10. NEA: Practical Performance and EAPI | 非考试评估：运动表现与 EA 口试

The non-exam assessment accounts for 30% of the A Level and comprises two parts: practical performance in one activity and the Evaluation and Analysis of Performance for Improvement (EAPI) oral assessment. You are assessed as a performer in a fully competitive situation, and your observed strengths and weaknesses form the basis of your oral analysis. You must evaluate a peer’s performance, identify the most significant weakness, apply relevant theory, and propose a detailed action plan for improvement.

非考试评估占 A Level 总成绩的 30%，包括两部分：一项活动的运动表现以及“运动表现评估与分析”（EA 口试）口头评估。你需要在完全竞技情境中被评价为运动员，观察到的优点和弱点将成为你口头分析的基础。你必须评估一位同伴的表现，识别出最显著的弱点，运用相关理论，并提出详细的改进行动计划。

The practical performance must be in a full-sided, formal competitive context, videoed for moderation.
运动表现必须在完整阵容的正式比赛环境中进行，并录像以供审核。
In the EAPI, you speak for about 20 minutes, linking identified weakness to physiological, biomechanical, psychological, or socio-cultural causes.
在 EA 口试中，你需口头陈述约 20 分钟，将识别的弱点与生理学、生物力学、心理学或社会文化原因联系起来。
The action plan integrates goal setting, training methods, feedback schedules, and a timeline, demonstrating synthesis across the entire specification.
行动计划综合了目标设置、训练方法、反馈安排和时间表，展示了跨整个课程大纲的整合能力。

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Year 13 OCR PE: Full Syllabus Breakdown | Year 13 OCR 体育：课程大纲全面解析