Year 13 CCEA Physical Education: Summer Preparation and Bridging Course | Year 13 CCEA体育：暑期预习与衔接课程

📚 Year 13 CCEA Physical Education: Summer Preparation and Bridging Course | Year 13 CCEA体育：暑期预习与衔接课程

Welcome to the step up to Year 13 CCEA AS Physical Education. This bridging guide is designed to help you build a solid foundation over the summer, introducing the structure of the course, the core topics in anatomy, physiology, psychology and sociology, as well as the practical performance assessment. Use this resource to get ahead, master key terminology and develop the study habits you will need for success.

欢迎进入 Year 13 CCEA AS 体育课程。这份衔接指南旨在帮助你在暑期打好基础，介绍课程结构、解剖学、生理学、心理学和社会学的核心主题，以及实践表现评估。利用这份资源提前起步、掌握关键术语并养成成功所需的学习习惯。

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1. Overview of CCEA AS Physical Education | CCEA AS体育课程概述

The CCEA GCE Physical Education qualification at AS level consists of two units. AS 1, ‘Factors Underpinning Performance’, is a written examination lasting 2 hours 15 minutes and accounts for 60% of the AS mark. It is divided into three sections: Applied Anatomy and Physiology, Sport Psychology, and Sport and Society. AS 2, ‘Performance Assessment’, contributes the remaining 40% and requires you to demonstrate practical competence in four physical activities, produce a written analysis of performance and develop a personal performance improvement plan.

CCEA GCE 体育 AS 阶段包含两个单元。AS 1 ‘支撑表现的因素’ 是一场 2 小时 15 分钟的笔试，占 AS 成绩的 60%。试卷分为三个部分：应用解剖与生理学、运动心理学、以及体育与社会。AS 2 ‘表现评估’ 占余下的 40%，要求你在四项体育活动中展示实践能力，撰写一份表现分析报告并制定个人表现改进计划。

Your summer preparation should begin with a clear understanding of these components. Familiarise yourself with the specification topics and the weighting of each section: Applied Anatomy and Physiology (approximately 50% of AS 1), Sport Psychology (25%) and Sport and Society (25%). This will help you prioritise your reading and note-making activities.

暑期预习应当从清楚了解这些组成部分开始。熟悉考纲主题和各部分的权重：应用解剖与生理学约占 AS 1 的 50%，运动心理学和体育与社会各占 25%。这有助于你安排阅读和笔记的先后顺序。

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2. Foundations in Anatomy & Physiology: Skeletal and Muscular Systems | 解剖与生理基础：骨骼与肌肉系统

In the skeletal system, you need to learn the names and classification of bones, the types of synovial joints and the movements allowed at each joint in the three anatomical planes (sagittal, frontal and transverse). For example, flexion and extension occur in the sagittal plane about a transverse axis. Understanding joint actions with sporting examples is essential: knee flexion during the backswing of a football kick or shoulder adduction in a tennis serve.

在骨骼系统中，你需要学习骨的名称与分类、滑膜关节的类型以及每个关节在三个解剖面（矢状面、冠状面、水平面）上允许的运动。例如，屈和伸发生在矢状面绕冠状轴运动。结合运动实例理解关节动作至关重要：如足球踢球后摆时的膝关节屈、网球发球中的肩关节内收。

The muscular system covers the gross structure of skeletal muscle, the sliding filament theory of muscle contraction, and the characteristics of different muscle fibre types. You will encounter Type I (slow oxidative), Type IIa (fast oxidative glycolytic) and Type IIb (fast glycolytic) fibres. Each type differs in contraction speed, fatigability and the predominant energy system used. Linking fibre type distribution to athletic performance is a key skill: a marathon runner will have a higher proportion of Type I fibres, while a sprinter has more Type IIb.

肌肉系统涵盖骨骼肌的大体结构、肌丝滑行学说以及不同类型肌纤维的特征。你将接触到 I 型（慢缩氧化型）、IIa 型（快缩氧化酵解型）和 IIb 型（快缩酵解型）纤维。每种类型在收缩速度、易疲劳性和主要使用的能量系统上均不相同。将纤维类型分布与运动表现联系起来是一项关键技能：马拉松运动员 I 型纤维比例较高，而短跑运动员 IIb 型纤维更多。

You should also revise the neuromuscular system: motor units, the all-or-none law and the process of excitation-contraction coupling. Creating diagrams and flow charts will help you visualise the sequence from nerve impulse to the formation of actin-myosin cross bridges.

你还应复习神经肌肉系统：运动单位、全或无定律以及兴奋-收缩耦联过程。绘制图表和流程图将有助于你直观理解从神经冲动的产生到肌动蛋白-肌球蛋白横桥形成的整个序列。

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3. The Cardiovascular System | 心血管系统

The cardiovascular system is central to the Applied Anatomy and Physiology section. You must be confident describing the structure of the heart, the cardiac cycle and the conduction system (SA node, AV node, Bundle of His and Purkinje fibres). Heart rate regulation involves neural, hormonal and intrinsic factors; be prepared to explain how the sympathetic and parasympathetic nervous systems alter heart rate, and the role of chemoreceptors and baroreceptors during exercise.

心血管系统是应用解剖与生理学的核心部分。你必须自信地描述心脏结构、心动周期和传导系统（窦房结、房室结、希氏束和浦肯野纤维）。心率的调节涉及神经、激素和内在因素；准备好解释交感神经和副交感神经系统如何改变心率，以及化学感受器和压力感受器在运动中的作用。

Cardiac output (Q) is the product of heart rate (HR) and stroke volume (SV). This relationship is expressed as:

心输出量（Q）是心率（HR）与每搏输出量（SV）的乘积。该关系表示为：

Q = HR × SV

Stroke volume is influenced by venous return, myocardial contractility and afterload. Starling’s law states that an increase in end-diastolic volume (venous return) causes a more forceful contraction, raising stroke volume. You should be able to interpret graphs showing changes in these variables at rest and during submaximal and maximal exercise.

每搏输出量受静脉回流量、心肌收缩力和后负荷的影响。斯塔林定律指出，舒张末期容积（静脉回流）增加会引起更有力的收缩，从而提高每搏输出量。你应当能够解读显示这些变量在安静时、亚极量及极量运动期间变化的图表。

The vascular system, including arteries, arterioles, capillaries, venules and veins, manages blood distribution through vasoconstriction and vasodilation. Examine the mechanism of venous return—the skeletal muscle pump, respiratory pump and pocket valves—and how they prevent blood pooling. Understanding the oxygen dissociation curve and the Bohr shift will also be essential for linking the cardiovascular and respiratory systems.

血管系统包括动脉、小动脉、毛细血管、小静脉和静脉，通过血管收缩和血管舒张来管理血液分配。仔细研究静脉回流机制——骨骼肌泵、呼吸泵和袋状瓣膜——以及它们如何防止血液淤积。理解氧解离曲线和波尔效应对于联系心血管系统与呼吸系统也十分关键。

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4. The Respiratory System and Gas Exchange | 呼吸系统与气体交换

The mechanics of breathing involve the diaphragm, intercostal muscles and pleural membranes. During inspiration, the diaphragm contracts and flattens while the external intercostals pull the ribs upwards and outwards, increasing thoracic volume and decreasing pressure. Expiration at rest is mainly passive, but during vigorous exercise the internal intercostals and abdominal muscles become active. You should be able to label a spirometer trace and define tidal volume, inspiratory reserve volume, expiratory reserve volume, residual volume and vital capacity.

呼吸机制涉及膈肌、肋间肌和胸膜。吸气时，膈肌收缩变平，外肋间肌将肋骨向上向外拉，胸廓容积增大，压力降低。安静状态下的呼气主要是被动的，但在剧烈运动中内肋间肌和腹肌会主动参与。你应当能够标注肺活量描记曲线，并定义潮气量、补吸气量、补呼气量、残气量和肺活量。

Gas exchange occurs at the alveolar-capillary interface and at the tissue level. Partial pressure gradients drive the diffusion of oxygen from the alveoli into the blood and carbon dioxide in the opposite direction. Factors that affect gas exchange include the thickness of the respiratory membrane, surface area and the ventilation-perfusion ratio. You will also meet the term minute ventilation (VE), calculated as:

气体交换发生在肺泡-毛细血管界面和组织层面。分压梯度驱动氧气从肺泡扩散入血，二氧化碳则反向扩散。影响气体交换的因素包括呼吸膜厚度、表面积和通气-血流比。你还将遇到每分钟通气量（VE）这一术语，计算公式为：

VE = Tidal Volume × Breathing Rate

Linking the cardiovascular and respiratory responses to exercise is a high-order skill. For instance, explain how VE, cardiac output and the arteriovenous oxygen difference (a-vO₂ diff) contribute to the rise in VO₂ max during a progressive exercise test. Use specific sporting examples to show how these acute responses support performance.

将心血管和呼吸对运动的反应联系起来是一项高阶技能。例如，解释在递增负荷运动测试中，VE、心输出量和动静脉氧差（a-vO₂ diff）如何共同促使 VO₂ max 升高。用具体的运动实例展示这些急性反应如何支持运动表现。

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5. Energy Systems and Exercise Metabolism | 能量系统与运动代谢

AS students must understand the three energy systems: the ATP-PC (phosphocreatine) system, the anaerobic glycolytic (lactic acid) system and the aerobic system. The ATP-PC system provides immediate energy for high-intensity efforts lasting up to 10 seconds, such as a 100 m sprint or a power clean. The reaction catalysed by creatine kinase is central:

AS 学生必须理解三种能量系统：ATP-PC（磷酸肌酸）系统、无氧糖酵解（乳酸）系统和有氧系统。ATP-PC 系统为持续 10 秒以内的高强度用力（如 100 米短跑或高翻）提供即时能量。肌酸激酶催化的反应是核心：

PC → Pᵢ + C + Energy (used to resynthesise ATP)

The anaerobic glycolytic system breaks down glucose to pyruvic acid and then to lactic acid, yielding 2 ATP per glucose molecule. This system dominates in events lasting 30–90 seconds, e.g. 400 m run. Accumulation of hydrogen ions from lactic acid dissociation is linked to fatigue. The aerobic system involves glycolysis, the Krebs cycle and the electron transport chain, producing up to 38 ATP per glucose molecule. Beta-oxidation of fatty acids provides a vast energy yield during prolonged, low-intensity exercise.

无氧糖酵解系统将葡萄糖分解为丙酮酸再转化为乳酸，每分子葡萄糖净产 2 ATP。该系统在持续 30-90 秒的项目中占主导，如 400 米跑。乳酸解离产生的氢离子积累与疲劳相关。有氧系统包括糖酵解、 Krebs 循环和电子传递链，每分子葡萄糖可产生多达 38 ATP。脂肪酸的 β-氧化在长时间低强度运动中提供巨大能量收益。

You need to interpret the interplay of energy systems: the ATP-PC system is dominant at the onset of exercise, the glycolytic system takes over as intensity is maintained, and the aerobic system becomes the primary provider in endurance events. The concept of ‘steady state’ and the term ‘excess post-exercise oxygen consumption (EPOC)’ will appear frequently. Practice describing energy contributions with practical examples, such as the changing fuel mix during a football match.

你需要解释能量系统的相互作用：运动开始时 ATP-PC 系统占主导，随着强度持续，糖酵解系统接管，而在耐力项目中，有氧系统成为主要供能者。’稳态’概念和’运动后过量氧耗（EPOC）’这一术语将频繁出现。练习用实际例子描述能量供给，比如足球比赛中的供能比例变化。

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6. Sport Psychology: Personality, Motivation and Arousal | 运动心理学：人格、动机和唤醒

Section B of AS 1 introduces key psychological theories. Personality theories include the trait approach (Eysenck’s EPQ and Cattell’s 16PF) and social learning theory, which argues that personality is shaped by observation and reinforcement. You should explore the interactionist perspective, which suggests that behaviour results from an interplay of personality and environment. Applying these theories to sport helps explain why athletes react differently under pressure.

AS 1 的 B 部分介绍关键心理学理论。人格理论包括特质论（艾森克人格问卷和卡特尔的 16PF）和社会学习理论，后者认为人格由观察和强化塑造。你应当探讨交互作用观点，即行为是人格与环境相互作用的结果。将这些理论应用于体育运动，有助于解释运动员在压力下为何反应各异。

Motivation is addressed through Atkinson’s Achievement Motivation Theory, which looks at the need to achieve (nAch) and the need to avoid failure (nAf). High achievers choose challenging tasks and value success, whereas those with high nAf avoid risk and prefer very easy or very hard tasks to protect their self-esteem. You will also come across Achievement Goal Theory (task vs. ego orientation) and the concept of intrinsic and extrinsic motivation.

动机通过阿特金森的成就动机理论来阐述，该理论关注成就需要（nAch）和避免失败需要（nAf）。高成就者选择具有挑战性的任务并重视成功，而高 nAf 者回避风险，偏好极容易或极困难的任务以保护自尊。你还将遇到成就目标理论（任务取向与自我取向）和内外部动机的概念。

Arousal theories are central: Drive Theory suggests a linear relationship between arousal and performance, while the Inverted-U Law proposes an optimal arousal level exists for peak performance. Catastrophe Theory introduces the interaction of cognitive and physiological arousal, explaining sudden performance drops. Be ready to analyse how anxiety (state and trait) affects sporting performance and describe techniques such as visualisation, self-talk and progressive muscular relaxation to manage arousal.

唤醒理论是核心：驱力理论认为唤醒与表现呈线性关系，而倒 U 定律提出存在一个最佳唤醒水平以实现巅峰表现。突变理论引入认知和生理唤醒的交互作用，解释了表现的突然下降。做好分析焦虑（状态和特质）如何影响运动表现的准备，并描述可视化、自我对话和渐进式肌肉放松等管理唤醒的技巧。

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7. Sport and Society: Socialisation, Participation and Leadership | 体育与社会：社会化、参与和领导力

Section C of AS 1 examines the social factors influencing sport. Socialisation into sport occurs through primary and secondary agents: family, school, peers, media and cultural traditions. Understand how social stratification—based on class, gender, ethnicity and disability—creates barriers or pathways to participation. For example, cost, access to facilities and stereotyping can all limit involvement. Use statistics and case studies from Northern Ireland and the UK to support your arguments.

AS 1 的 C 部分考察影响体育的社会因素。体育社会化通过初级和次级媒介实现：家庭、学校、同伴、媒体和文化传统。理解社会分层——基于阶层、性别、种族和残疾——如何制造参与的障碍或通道。例如，开支、设施可达性和刻板印象都可能限制参与。使用北爱尔兰和英国的统计数据及案例研究支持你的论点。

The study of groups and teams includes Tuckman’s model of group formation (forming, storming, norming, performing) and Steiner’s model of group productivity: Actual productivity = potential productivity − losses due to faulty processes. Co-ordination losses (Ringelmann effect) and motivation losses (social loafing) are common in team sports. You should suggest strategies to minimise these losses, such as setting individual targets and improving communication.

群体与团队的研究包括塔克曼的群体形成模型（组建期、激荡期、规范期、执行期）和斯坦纳的群体生产力模型：实际生产力 = 潜在生产力 − 因过程缺陷造成的损失。协调损失（林格曼效应）和动机损失（社会惰化）在团队运动中十分常见。你应当提出减少这些损失的策略，如设定个人目标和改善沟通。

Leadership styles—autocratic, democratic and laissez-faire—are influenced by the situation, the leader’s qualities and the group’s characteristics. Fiedler’s Contingency Model and Chelladurai’s Multidimensional Model of Leadership are useful frameworks. Relate these to real coaching contexts: a basketball coach may adopt a democratic style during a time-out but an autocratic approach during a high-pressure set play.

领导风格——专制型、民主型和放任型——受情境、领导者特质和群体特征的影响。费德勒的权变模型和切拉杜拉的多维领导模型是实用的框架。将这些与真实教练情境联系起来：篮球教练可能在暂停时采取民主风格，而在高压的战术布置中采用专制方式。

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8. Understanding the AS 2 Performance Assessment | 理解 AS 2 表现评估

AS 2 requires you to be assessed in four physical activities, at least one from the ‘team’ list and one from the ‘individual’ list. The other two can be drawn from either list. Examples of team activities include football, hockey and rugby; individual activities include athletics, tennis and swimming. You must compile video evidence and a logbook of your participation and performance over the course of the year. Over the summer, decide on your chosen activities, check the specification’s skills criteria and begin filming baseline performances if possible.

AS 2 要求你在四项体育活动中接受评估，其中至少一项来自’团队’列表，一项来自’个人’列表。其余两项可从任一列表中选取。团队活动包括足球、曲棍球和橄榄球；个人活动包括田径、网球和游泳。你必须在一年内汇编视频证据以及参与和表现日志。暑期请确定所选活动，核对考纲的技能标准，如有可能，开始录制基线表现视频。

In addition to performance, you will produce a written Analysis of Performance. This involves identifying strengths and areas for development in one of your four activities, underpinned by theoretical knowledge. You will then design a detailed Personal Performance Improvement Plan, setting SMART targets and applying concepts from anatomy, physiology or psychology. Familiarising yourself with the marking criteria now will save you time later.

除实际表现外，你还需要撰写一份书面的表现分析。这涉及运用理论知识识别四项活动中一项的长处和发展点。然后，你将设计一份详细的个人表现改进计划，设定 SMART 目标并应用解剖学、生理学或心理学概念。现在就熟悉评分标准，日后将节省大量时间。

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9. Effective Revision and Note-taking Strategies | 高效的复习与笔记策略

PE requires memorising a vast range of facts, processes and theories. Active recall and spaced retrieval are evidence-based techniques that beat passive re-reading. For each topic, create question-and-answer flashcards: write the question on one side and the detailed answer on the reverse, then test yourself at regular intervals. Combine this with mind maps that link structures, systems and sporting applications.

体育学科需要记忆大量事实、过程与理论。主动回忆和间隔提取是优于被动重读的循证技术。为每个主题制作问答卡片：一面写问题，另一面写详细答案，然后定时自测。结合思维导图，将结构、系统和运动应用联系起来。

The Cornell note-taking system is highly recommended. Divide your page into a cue column, a note-taking area and a summary section. During class or independent study, write key points and diagrams in the main area. Afterwards, add cue questions and a concise summary. This forces you to process information deeply and makes revision efficient. Also keep a glossary of command words: ‘explain’, ‘analyse’, ‘evaluate’ and ‘justify’ all require different depths of response.

强烈推荐康奈尔笔记系统。将页面分为线索栏、笔记区和摘要栏。在课堂或自学时，在主区域记下关键点和图表。课后，添加提示性问题并撰写简明摘要。这能迫使你深度处理信息并使复习高效。同时准备一个指令词词汇表：’explain’、’analyse’、’evaluate’ 和 ‘justify’ 要求的回答深度各不相同。

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10. Key Terminology and Summer Resources | 关键术语与暑期资源

Mastering the language of sport science is non-negotiable. Start building your bilingual glossary now. Below is a table of some foundational terms you will encounter in the first weeks of Year 13. Aim to define these in your own words and, where possible, link them to a sporting example.

掌握体育科学的语言是不可或缺的。现在就开始建立你的双语词汇表。下表列出了你在 Year 13 最初几周将遇到的部分基础术语。力求用自己的语言定义它们，并尽可能与运动实例关联。

English Term	中文术语	Brief Definition / 简要定义
Cardiac Output (Q)	心输出量	Volume of blood pumped by one ventricle per minute (HR × SV)
Stroke Volume (SV)	每搏输出量	Volume of blood ejected by a ventricle in one contraction
VO₂ max	最大摄氧量	Maximum oxygen uptake; indicator of aerobic capacity
Bohr shift	波尔效应	Rightward shift of oxyhaemoglobin curve due to increased CO₂ and H⁺
Anticipatory rise	预期性升高	Increase in HR before exercise due to adrenaline release
Motor unit	运动单位	A motor neurone and all the muscle fibres it innervates
Achievement motivation	成就动机	Drive to succeed or to avoid failure (Atkinson’s theory)
Social facilitation	社会助长	The effect of an audience on performance (Zajonc’s theory)

Recommended resources for summer reading include the textbook ‘CCEA PE for AS’ by Symond Burrows, Michaela Byrne and Sue Young, and the ‘Salters-Nuffield Advanced Biology’ text for cross-referencing physiological concepts. Websites such as the CCEA subject microsite provide past papers and mark schemes. Documentaries like ‘The Science of Sport’ and podcasts from ‘The Physical Performance

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