Summer Bridging Course for Year 12 CIE Physical Education | 12年级CIE体育暑期预习与衔接课程

📚 Summer Bridging Course for Year 12 CIE Physical Education | 12年级CIE体育暑期预习与衔接课程

Welcome to the Year 12 CIE Physical Education bridging course. This article is designed to help you transition smoothly from GCSE or IGCSE studies into the demanding AS Level PE curriculum. We will explore the core topics you will encounter, from applied anatomy and physiology to skill acquisition and sport psychology, while offering practical advice on how to structure your summer revision. By the end of this guide, you will have a clear roadmap, key concepts at your fingertips, and the confidence to start the academic year ahead of the curve.

欢迎参加12年级CIE体育衔接课程。本文旨在帮助你从GCSE或IGCSE学习顺利过渡到要求更高的AS Level体育课程。我们将探索你将接触的核心主题，从应用解剖与生理学到技能习得和运动心理学，同时就如何规划暑期复习提供实用建议。在本指南结束时，你将拥有一张清晰的路线图，掌握关键概念，并有信心在新学年占得先机。

1. Understanding the CIE PE Specification | 了解CIE体育课程大纲

The CIE AS Level Physical Education (9396) syllabus is divided into several distinct components: Applied Anatomy and Physiology, Skill Acquisition, Sport Psychology, and Sociocultural Issues. Each paper tests both theoretical knowledge and the ability to apply concepts to practical sporting contexts. Familiarising yourself with the specification document is the first step towards targeted revision.

CIE AS Level体育课程（9396）大纲分为几个不同部分：应用解剖与生理学、技能习得、运动心理学和社会文化议题。每份试卷既考查理论知识，也考查将概念应用于实际运动场景的能力。熟悉大纲文件是进行针对性复习的第一步。

Paper 1 focuses on the theoretical topics, combining multiple-choice, short-answer and extended writing questions. Paper 2 involves coursework or practical performance, depending on your school’s option. Understanding the weighting of each topic helps you allocate your study time efficiently. For example, Anatomy and Physiology often carries a significant percentage of the marks.

试卷1侧重于理论主题，包含选择题、简答题和论述题。试卷2根据你所在学校的选择，涉及课程作业或实践表现。了解每个主题的权重有助于你有效分配学习时间。例如，解剖与生理学通常占据相当大的分值比例。

During the summer, download the latest specification from the Cambridge International website and highlight the learning objectives. Create a topic checklist and mark areas where you feel less confident. This simple audit will turn vague anxiety into a structured plan.

暑假期间，从剑桥国际官网下载最新版大纲，并标出学习目标。制作一个主题清单，并标记你感到不太自信的地方。这种简单的审查将把模糊的焦虑转化为结构化的计划。

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2. Anatomy and Physiology: The Skeletal System | 解剖与生理学：骨骼系统

The skeleton provides support, protection, movement, mineral storage and blood cell production. At AS Level, you need to know the names of the major bones and be able to classify them by shape – long, short, flat, irregular and sesamoid. You will also analyse joint types, such as the ball-and-socket joint at the shoulder and the hinge joint at the knee.

骨骼提供支撑、保护、运动、矿物质储存和血细胞生成。在AS阶段，你需要知道主要骨骼的名称，并能按形状分类——长骨、短骨、扁骨、不规则骨和籽骨。你还要分析关节类型，如肩部的球窝关节和膝关节的铰链关节。

Movement analysis requires an understanding of articulating bones. For example, during a bicep curl, the humerus, radius and ulna interact at the elbow. Use a table to memorise the main synovial joints and the planes of movement they permit.

动作分析需要理解形成关节的骨骼。例如，在做肱二头肌弯举时，肱骨、桡骨和尺骨在肘部相互作用。用表格记忆主要的滑膜关节及其允许的运动平面会很有帮助。

Joint | 关节	Type | 类型	Movements | 运动
Shoulder | 肩	Ball and socket | 球窝	Flexion, extension, abduction, adduction, rotation
Knee | 膝	Hinge | 铰链	Flexion, extension
Ankle | 踝	Hinge | 铰链	Dorsiflexion, plantarflexion

A key concept is the lever systems operating in the body. First-, second- and third-class levers determine the efficiency of force production. Think of the ankle during jumping as a second-class lever providing mechanical advantage. Mastering these basics now will save you time when you later integrate biomechanics.

一个关键概念是身体中运作的杠杆系统。第一、第二和第三类杠杆决定了力量产生的效率。想想跳跃时的脚踝，它作为第二类杠杆提供了机械优势。现在掌握这些基础知识，将为以后整合运动生物力学节省时间。

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3. Muscular System and Movement Analysis | 肌肉系统与动作分析

Skeletal muscles work in pairs to produce movement: the agonist contracts while the antagonist relaxes. You must learn the names, locations and actions of the major muscles such as the deltoid, pectoralis major, latissimus dorsi, biceps, triceps, quadriceps and hamstrings. For each, identify its role during specific sporting actions.

骨骼肌成对工作以产生运动：主动肌收缩而拮抗肌放松。你必须学习主要肌肉的名称、位置和作用，如三角肌、胸大肌、背阔肌、肱二头肌、肱三头肌、股四头肌和腘绳肌。针对每块肌肉，要明确它在特定运动动作中的作用。

The sliding filament theory explains how muscles contract at a microscopic level. Actin and myosin filaments slide over each other, forming cross-bridges and pulling the Z-lines closer together. This process requires calcium ions and ATP. You can represent the sequence with a simple flow: action potential → Ca²⁺ release → cross-bridge formation → power stroke → detachment.

肌丝滑动学说解释了肌肉在微观层面是如何收缩的。肌动蛋白丝和肌球蛋白丝相互滑动，形成横桥并将Z盘拉近。这个过程需要钙离子和ATP。你可以用一个简单的流程表示这一连串事件：动作电位 → 钙离子释放 → 横桥形成 → 动力冲程 → 脱离。

In your summer notebook, draw and label a muscle fibre diagram. Next to it, write out the names of the muscle fibre types: Type I (slow oxidative), Type IIa (fast oxidative glycolytic) and Type IIx (fast glycolytic). Link each to a sport – for example, marathon runners rely heavily on Type I fibres, while shot putters recruit Type IIx fibres. This application will reinforce your knowledge.

在你的暑期笔记本上，画出并标注肌纤维示意图。在旁边写下肌纤维类型的名称：I型（慢缩氧化型）、IIa型（快缩氧化酵解型）和IIx型（快缩酵解型）。将每种类型与一项运动联系起来——例如，马拉松跑者严重依赖I型纤维，而铅球运动员则调动IIx型纤维。这种应用将巩固你的知识。

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4. Cardiovascular and Respiratory Systems | 心血管与呼吸系统

The heart is a muscular pump with four chambers: right and left atria and ventricles. Blood flows through the heart in a specific pathway, controlled by valves. The sinoatrial node (SAN) acts as the heart’s internal pacemaker, initiating electrical impulses that spread across the atria and then via the atrioventricular node (AVN) to the ventricles.

心脏是一个由四个腔室组成的肌肉泵：左、右心房和心室。血液在瓣膜控制下沿着特定路径流经心脏。窦房结（SAN）充当心脏的内部起搏器，发起电脉冲，电脉冲先传递到心房，然后通过房室结（AVN）传到心室。

During exercise, stroke volume, heart rate and cardiac output all increase. The relationship can be expressed with the equation:

Q̇ = SV × HR (Cardiac output = Stroke volume × Heart rate)

运动时，每搏输出量、心率和心输出量都会增加。这种关系可用以下公式表示：

Q̇ = SV × HR (心输出量 = 每搏输出量 × 心率)

The respiratory system involves gaseous exchange at the alveoli and in muscle tissues. Minute ventilation (V̇E = tidal volume × breathing frequency) rises steeply with exercise intensity. Understanding the transport of oxygen by haemoglobin and the Bohr shift is essential for explaining how more oxygen is released to working muscles during intense activity.

呼吸系统涉及肺泡和肌肉组织中的气体交换。每分通气量（V̇E = 潮气量 × 呼吸频率）随运动强度急剧上升。理解血红蛋白运输氧气以及波尔效应，对于解释在剧烈活动中如何向工作肌肉释放更多氧气至关重要。

As a summer task, measure your resting heart rate and then record heart rate after a short run. Explain the changes using the terms sympathetic nervous system, adrenaline and venous return. This personal experiment makes the theory tangible.

作为暑期任务，测量你的静息心率，然后在短跑后记录心率。使用交感神经系统、肾上腺素和静脉回流量等术语解释这些变化。这个个人实验将使理论变得具体可感。

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5. Energy Systems in Sport | 运动中的能量系统

Adenosine triphosphate (ATP) is the immediate source of energy for muscle contraction. When ATP is broken down, it releases energy and forms ADP and inorganic phosphate (Pᵢ). The body resynthesises ATP through three main energy systems: the ATP-PC system, the anaerobic glycolytic system and the aerobic system.

三磷酸腺苷（ATP）是肌肉收缩的直接能量来源。当ATP被分解时，它释放能量并形成二磷酸腺苷（ADP）和无机磷酸盐（Pᵢ）。身体通过三个主要能量系统重新合成ATP：ATP-PC系统、无氧糖酵解系统和有氧系统。

The ATP-PC system provides energy for high-intensity bursts lasting up to about 10 seconds, using creatine phosphate stored in muscles. The equation is: PCr + ADP → ATP + Cr. The anaerobic glycolytic system breaks down glucose to pyruvate, producing ATP without oxygen but leading to lactic acid accumulation, which may contribute to fatigue.

ATP-PC系统为持续约10秒的高强度爆发提供能量，利用储存在肌肉中的磷酸肌酸。反应式为：PCr + ADP → ATP + Cr。无氧糖酵解系统将葡萄糖分解为丙酮酸，在无氧状态下产生ATP，但导致乳酸堆积，这可能会引发疲劳。

The aerobic system yields the most ATP per molecule of glucose and can sustain activity for hours. It involves glycolysis, the Krebs cycle and the electron transport chain, using oxygen to break down carbohydrates and fats. You should be able to cite the net ATP yields and discuss the concept of the energy continuum – how all three systems interact during a game of football or a tennis match.

有氧系统从每个葡萄糖分子中产生的ATP最多，并能维持数小时的活动。它涉及糖酵解、克雷布斯循环和电子传递链，利用氧气分解碳水化合物和脂肪。你应该能引用ATP的净产量，并讨论能量连续统一体概念——即在足球比赛或网球比赛中三个系统是如何相互作用的。

Draw a flowchart linking each system to example sports: 100 m sprint (ATP-PC), 400 m run (anaerobic glycolytic) and marathon (aerobic). This visual aid will cement the information.

画一个流程图，将每个系统与运动示例联系起来：100米短跑（ATP-PC）、400米跑（无氧糖酵解）和马拉松（有氧）。这个视觉辅助工具将巩固相关信息。

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6. Introduction to Biomechanics | 运动生物力学入门

Biomechanics applies the principles of physics to human movement. At AS Level, you will explore Newton’s three laws of motion, units of force (newtons), and the concepts of velocity, acceleration, momentum and inertia. These are used to analyse sprint starts, throwing events and collisions in contact sports.

运动生物力学将物理原理应用于人体运动。在AS阶段，你将学习牛顿三大运动定律、力的单位（牛顿），以及速度、加速度、动量和惯性等概念。这些原理被用来分析短跑起跑、投掷项目和接触性运动中的碰撞。

Stability and centre of mass are critical for understanding balance. An object is most stable when its centre of mass is low and projected within the base of support. A sumo wrestler adopts a wide stance for exactly this reason. Similarly, a high jumper uses a Fosbury flop to arch the back, keeping the centre of mass below the bar even though the body passes over it.

稳定性和质心对于理解平衡至关重要。当物体质心较低且位于支撑面内时，物体最稳定。相扑运动员正是出于这个原因而采用宽站姿。同样，跳高运动员使用背越式跳高拱背，让质心保持在横杆下方，尽管身体越过了横杆。

Force plates and video analysis are tools used to measure ground reaction forces and joint angles. You can start simple: film yourself performing a vertical jump and then calculate your jump height using the impulse-momentum relationship. These early investigations build the analytical skills required for the coursework component.

测力台和录像分析是测量地面反作用力和关节角度的工具。你可以从简单开始：拍摄自己完成垂直起跳，然后用冲量-动量关系计算跳跃高度。这些早期调研能锻炼课程作业部分所需的分析技能。

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7. Skill Acquisition and Classification | 技能习得与分类

Skill acquisition examines how we learn and control movement skills. Skills can be classified along several continua: gross–fine, open–closed, discrete–serial–continuous, and self-paced–externally paced. Classifying a rugby pass as open, gross and externally paced helps coaches design appropriate practice sessions.

技能习得研究我们如何学习和控制运动技能。技能可以沿着多个连续统一体进行分类：粗大型–精细型、开放式–封闭式、分立性–系列性–连续性，以及自我定速–外部定速。将橄榄球传球归类为开放式、粗大且外部定速的技能，有助于教练设计合适的训练课。

Key theories include the open-loop and closed-loop control models. The open-loop model explains rapid, ballistic movements like a goalkeeper’s save where feedback cannot be processed in time. The closed-loop model involves continuous feedback and is used during slow, accurate tasks such as archery.

关键理论包括开环控制模型和闭环控制模型。开环模型解释了像守门员扑救这类快速、弹道式运动，因为此时无法及时处理反馈。闭环模型涉及持续反馈，用于缓慢、精确的任务，如射箭。

Memory also plays a vital role. Learn the stages of information processing: input, decision-making, output and feedback. Spend time memorising the multi-store memory model and the distinction between short-term sensory store, short-term memory and long-term memory. Create flashcards to test yourself on how chunking and rehearsal can enhance learning.

记忆也起着至关重要的作用。学习信息处理的各个阶段：输入、决策、输出和反馈。花时间记住多储存记忆模型，以及短时感觉储存、短时记忆和长时记忆之间的区别。制作闪卡自测，了解组块和复述如何促进学习。

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8. Sports Psychology: Arousal and Anxiety | 体育心理学：唤醒与焦虑

Arousal is the level of activation and readiness experienced by an athlete. According to the inverted-U theory, performance improves as arousal increases up to an optimal point, beyond which performance deteriorates. The optimal level depends on the task’s complexity and the individual athlete’s personality.

唤醒是运动员所感受到的激活和准备程度。根据倒U型理论，随着唤醒水平增加到最佳点，运动表现随之提高；超过该点后，表现会下降。最佳唤醒水平取决于任务复杂性和运动员个体性格。

Anxiety is a negative emotional state with cognitive (worry) and somatic (physical symptoms) components. The drive theory suggests a linear relationship between arousal and performance for well-learned skills, while the catastrophe theory proposes that high somatic anxiety combined with high cognitive anxiety can cause a sudden drop in performance. You should be able to apply these models to case studies such as a penalty shootout in football.

焦虑是一种负面情绪状态，包含认知成分（担忧）和躯体成分（身体症状）。驱力理论认为，对于掌握良好的技能，唤醒与表现呈线性关系；而灾难理论提出，高躯体焦虑与高认知焦虑结合会导致表现的突然下降。你应该能够将这些模型应用于足球点球大战等案例分析。

To manage anxiety, athletes use techniques like deep breathing, imagery and self-talk. In your summer journal, reflect on a personal experience of pre-competition nerves and identify which strategy might have helped. This self-awareness is at the heart of sport psychology.

为管理焦虑，运动员使用深呼吸、表象和自我对话等技巧。在你的暑期日记中，反思一次赛前紧张的个人经历，并指出哪种策略可能有所帮助。这种自我觉察正是体育心理学的核心。

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9. Training Principles and Methods | 训练原则与方法

Effective training follows the principles of specificity, overload, progression and reversibility (and the FITT principle – Frequency, Intensity, Time, Type). Overload can be achieved by increasing resistance, repetitions, distance or frequency. Without proper recovery, athletes risk overtraining and injury.

有效训练遵循专项性、超负荷、渐进性和可逆性原则（以及FITT原则——频率、强度、时间、类型）。超负荷可通过增加阻力、重复次数、距离或频率来实现。没有适当的恢复，运动员面临过度训练和受伤的风险。

Different training methods develop different components of fitness. Continuous training improves cardiovascular endurance; weight training enhances muscular strength; plyometrics develops power. You need to be able to design a simple training programme for a specific athlete and justify your choices using the principles. For instance, a 1500 m runner would combine continuous running with high-intensity interval training (HIIT) to target both aerobic and anaerobic thresholds.

不同的训练方法发展不同的体能要素。持续训练提升心血管耐力；重量训练增强肌力；增强式训练发展爆发力。你需要能够为特定运动员设计一个简单的训练计划，并运用训练原则证明你的选择。例如，一名1500米跑者可将持续跑步与高强度间歇训练（HIIT）结合，以同时针对有氧和无氧阈值进行训练。

Do not forget the role of a warm-up and cool-down. A structured warm-up raises heart rate, body temperature and joint mobility, while a cool-down gradually returns the body to a resting state and aids in the removal of waste products. These are essential elements in preparing for exercise and recovery.

不要忘记热身和整理活动的作用。有组织的热身可提高心率、体温和关节活动度，而整理活动则使身体逐渐恢复到静息状态，并协助清除代谢废物。这些都是运动准备和恢复的关键环节。

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10. Sociocultural Factors in Sport | 体育中的社会文化因素

Sport does not happen in a vacuum. Social class, gender, ethnicity and the media all influence participation and performance. The AS syllabus requires you to analyse barriers to participation for under-represented groups and to discuss the changing status of women in sport.

体育并非发生在真空中。社会阶层、性别、种族和媒体都影响着参与和表现。AS大纲要求你分析代表性不足群体参与体育的障碍，并讨论女性在体育中不断变化的地位。

Consider the role of national governing bodies and campaigns like “This Girl Can” in challenging stereotypes. You should also understand concepts such as the golden triangle – the relationship between sport, sponsorship and the media – and how commercialisation has shaped modern sport, from the influence of television rights on match scheduling to the rise of global sporting events.

思考国家管理机构以及“This Girl Can”等宣传活动在挑战刻板印象中的作用。你还需要理解黄金三角等概念——即体育、赞助和媒体之间的关系——以及商业化如何塑造了现代体育，从电视转播权对比赛安排的影响，到全球性体育赛事的兴起。

As you read the sports news over the summer, clip articles that relate to these themes and annotate them with theoretical concepts. This habit builds a bank of contemporary examples for exam essays, showing the examiner that you can link theory to real-world developments.

当你暑期阅读体育新闻时，剪下与这些主题相关的文章，并用理论概念加以注释。这个习惯能为考试论文构建一个当代案例库，向考官展示你能够将理论与现实发展联系起来。

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11. Revision and Exam Technique for AS Level | AS阶段复习与考试技巧

Success in CIE PE is not just about knowing facts; it is about applying them to unfamiliar situations. Command words like “describe,” “explain” and “evaluate” carry specific expectations. “Describe” asks for a factual account, while “evaluate” requires you to weigh up both sides of an argument and reach a reasoned conclusion.

在CIE体育中取得成功不仅仅是了解事实，更在于将其应用于陌生的情境。指令词如“描述”“解释”和“评价”有着特定的要求。“描述”要求陈述事实，而“评价”则要求你权衡正反两方面论点，并得出有理有据的结论。

Structure your revision around the specification points, not just textbook chapters. Use active recall techniques: close the book and write down everything you remember about a topic, then check for omissions. Space out your practice so that you revisit topics after increasing intervals. This spacing effect dramatically improves long-term retention.

围绕大纲要点来组织复习，而不仅仅是按教科书章节复习。使用主动回忆技巧：合上书，写下关于一个主题你所记得的一切，然后检查遗漏之处。间隔安排练习，让复习内容在逐渐延长的间隔后重新出现。这种间隔效应可大幅提高长期记忆的保持。

Practice past papers under timed conditions and mark them using the official mark schemes. Pay attention to how marks are allocated for linking concepts. For instance, when explaining the effect of altitude on performance, you would discuss reduced partial pressure of oxygen, decreased haemoglobin saturation and increased ventilation, all leading to earlier fatigue.

在计时条件下练习历年真题，并使用官方评分方案进行批改。注意批改时是如何给联系概念之处分配分数的。例如，在解释海拔对运动表现的影响时，你会讨论氧气分压降低、血红蛋白饱和度下降和通气量增加，所有这些都导致更早出现疲劳。

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12. Suggested Summer Tasks and Resources | 暑期任务与资源推荐

Building a bridging portfolio is the single most effective way to arrive in Year 12 prepared. Start a digital or physical notebook divided into the four main syllabus components. In each section, compile key diagrams, definitions and sporting examples. This resource will grow with you throughout the course.

建立一个衔接作品集是进入12年级时做好充分准备的最有效方法。开始使用一个按四大课程组成部分划分的数字或实体笔记本。在每个部分中，收集关键图表、定义和运动案例。这一资源将伴随你整个课程并不断丰富。

Here is a checklist of summer tasks:

以下是暑期任务清单：

• Watch a major sporting event and analyse the energy systems and skills used by a specific player. | 观看一场大型体育赛事，分析特定球员使用的能量系统和技能。

• Create a glossary of 50 key PE terms and test yourself weekly. | 制作一个包含50个体育关键术语的词汇表，每周自测。

• Draft a training programme for a family member aiming to improve a specific fitness component. | 为一位希望提升特定体能要素的家庭成员起草一份训练计划。

• Read one chapter of a sport psychology book, such as “The Champion’s Mind,” and relate it to anxiety theories. | 阅读一本运动心理学书籍的一章，例如《冠军思维》，并将其与焦虑理论联系起来。

• Complete a past AS Paper 1 multiple-choice section and review your answers. | 完成一套AS历年真题试卷1的选择题部分，并检查答案。

Finally, stay curious. Follow reputable sport science accounts on social media, listen to podcasts that break down athletic performance, and never stop asking “why” when you watch sport. This inquisitive mindset will turn the summer into a fascinating journey rather than a chore.

最后，保持好奇心。在社交媒体上关注信誉良好的体育科学账号，收听剖析运动表现的播客，并且在观看体育比赛时永远不要停止问“为什么”。这种求知欲将使暑假变成一次迷人的旅程，而非一项苦差。

Published by TutorHao | Physical Education Revision Series | aleveler.com

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