📚 Pre-U CIE Physical Education: Vocabulary and Terminology Quick Memory Guide | Pre-U CIE 体育：词汇术语速记指南
Welcome to this comprehensive quick memory guide designed for Cambridge Pre-U Physical Education students. Mastering subject-specific terminology is the first step toward excelling in both written examinations and practical assessments. This guide breaks down essential terms across anatomy, physiology, biomechanics, skill acquisition, sport psychology, and sociology, pairing each concept with memory triggers based on word roots, initialisms, and vivid associations. By linking vocabulary to familiar images and logical patterns, you will find it easier to recall precise definitions under timed conditions.
欢迎阅读这本为剑桥 Pre-U 体育课程学生量身打造的综合性速记指南。掌握学科专属术语是在笔试与实践考核中取得优异成绩的第一步。本指南将解剖学、生理学、生物力学、技能获得、运动心理学和体育社会学中的核心词汇逐一拆解，并为每个概念配以基于词根、首字母缩写和生动联想的记忆触发器。通过将术语连接到熟悉的图像与逻辑模式，你将更容易在限时条件下准确回忆定义。
1. Anatomical Position and Directional Terms | 解剖学姿势与方位术语
All anatomical descriptions begin from the standard anatomical position: body upright, facing forward, arms at the sides with palms facing anteriorly. The key directional terms are ‘anterior’ (toward the front), ‘posterior’ (toward the back), ‘superior’ (closer to the head), ‘inferior’ (closer to the feet), ‘medial’ (toward the midline), ‘lateral’ (away from the midline), ‘proximal’ (closer to the trunk or point of origin), and ‘distal’ (farther from the trunk). Think of ‘ante’ meaning before, as in ‘front’, and ‘post’ meaning after, as in ‘behind’.
所有解剖描述都始于标准解剖学姿势：身体直立，面向前方，手臂置于体侧且掌心朝前。关键方位术语包括 anterior（前）、posterior（后）、superior（靠近头部）、inferior（靠近足部）、medial（靠近中线）、lateral（远离中线）、proximal（靠近躯干或附着点）和 distal（远离躯干）。联想 ante 意为“前”，Post 意为“后”，即可轻松区分。
To memorise quickly, use the ‘A-P Superior-Inferior Sandwich’ acronym: Anterior-Posterior are paired horizontally, while Superior-Inferior stack vertically. Medial reminds you of ‘middle’, and lateral sounds like ‘lateral side’. Proximal is ‘close proximity’; distal is ‘distant’. These spatial relationships are vital for describing joint movements and muscle attachments.
快速记忆可采用“A-P 前后三明治”缩写：Anterior 与 Posterior 是前后配对，而 Superior 与 Inferior 是上下堆叠。Medial 让你联想到 middle（中间），lateral 则像 side。Proximal 表“接近”，distal 表“远离”。这些空间关系对描述关节动作和肌肉附着至关重要。
| Term | Meaning | 中文 | Memory Hack |
|---|---|---|---|
| Anterior | Front of the body | 身体前面 | Ante- = before |
| Posterior | Back of the body | 身体后面 | Post- = after |
| Superior | Above, toward the head | 上方，近头侧 | Super = above |
| Inferior | Below, toward the feet | 下方，近足侧 | Infer- = low |
| Medial | Toward the midline | 靠近中线 | Medi = middle |
| Lateral | Away from the midline | 远离中线 | Lateral = side |
| Proximal | Closer to trunk/origin | 近端，靠近躯干 | Think ‘close proximity’ |
| Distal | Farther from trunk/origin | 远端，远离躯干 | Think ‘distant’ |
2. Movement Terminology | 运动动作术语
Joint movements are described using precise verbs, all relative to the anatomical position. Flexion decreases the angle at a joint (bending), while extension increases it (straightening). Abduction moves a limb away from the midline (abduct means ‘to take away’), and adduction brings it toward the midline (add = bring together). Rotation spins a bone around its longitudinal axis, and circumduction traces a cone shape with a limb.
关节运动用精确的动词描述，且均以解剖学姿势为参照。Flexion 减小关节角度（屈），extension 增大角度（伸）。Abduction 使肢体远离中线（abduct 意为“带走”），adduction 使肢体靠向中线（add 为“增加、合拢”）。Rotation 绕长轴旋转，circumduction 则画出锥形轨迹。
Other essential terms include dorsiflexion (toes pulled up toward shin), plantarflexion (pointing toes down), pronation (palm faces down or foot rolls inward), and supination (palm up or foot rolls outward). Remember ‘dorsi-‘ refers to the dorsal (top) surface of the foot, and ‘plantar’ refers to the sole. For pronation, link it with ‘pro-basketball dribbling’ — hand faces down while dribbling. Supination is like holding a bowl of soup — palm faces up.
其他重要术语有：dorsiflexion（足背屈，勾脚尖）、plantarflexion（跖屈，踮脚尖）、pronation（前臂旋前或足内翻）和 supination（前臂旋后或足外翻）。记住 dorsi- 指足背面，plantar 指足底。对旋前，联想“pro basketball dribbling”——运球时手心朝下；旋后如端一碗汤——手心朝上（soup-ination）。
3. Skeletal System and Joint Types | 骨骼系统与关节类型
The human skeleton is divided into the axial skeleton (skull, spine, ribs, sternum) and the appendicular skeleton (limbs and girdles). A useful memory device: ‘axial’ aligns with ‘axis’ — the core pillar of the body. In contrast, ‘appendicular’ comes from ‘appendage’ — parts hung onto that axis.
人体骨骼分为中轴骨骼（颅骨、脊柱、肋骨、胸骨）和附肢骨骼（四肢与带骨）。实用记忆窍门：axial 对应 axis（轴）——身体的中心支柱。而 appendicular 源于 appendage（附属物）——悬挂在轴上方的部分。
Joints are classified by structure: fibrous (fixed, e.g. skull sutures), cartilaginous (slightly movable, e.g. intervertebral discs), and synovial (freely movable). Synovial joints are the most relevant for sport. Sub-types include hinge (knee, elbow), ball-and-socket (shoulder, hip), pivot (atlanto-axial joint for head rotation), gliding/plane (carpals), saddle (thumb), and condyloid (wrist). Visualise each: a hinge opens and closes like a door; a ball-and-socket rotates in multiple axes like a joystick.
关节按结构分为纤维关节（不动，如颅骨缝）、软骨关节（微动，如椎间盘）和滑膜关节（自由活动）。运动中最重要的是滑膜关节，其亚型有：屈戍关节（膝、肘），球窝关节（肩、髋），车轴关节（寰枢关节，转头），平面关节（腕骨），鞍状关节（拇指）和髁状关节（腕）。想象屈戍关节像门合页开合；球窝关节像游戏手柄多轴旋转。
4. Muscular System and Contraction Types | 肌肉系统与收缩类型
When analysing movement, identify the agonist (prime mover) that creates the desired action, the antagonist that opposes it to allow controlled motion, the synergist that assists by eliminating unwanted movements, and the fixator that stabilises the origin of the agonist. A classic elbow flexion pair: biceps brachii is the agonist, triceps brachii is the antagonist, brachioradialis acts as a synergist, and rotator cuff muscles can serve as fixators for the shoulder.
分析动作时，识别主动肌（原动肌）产生所需动作，拮抗肌主动放松以允许受控运动，协同肌辅助消除多余动作，固定肌稳定主动肌的起点。经典肘关节屈曲组合：肱二头肌为主动肌，肱三头肌为拮抗肌，肱桡肌为协同肌，肩袖肌群可充当固定肌。
Muscular contractions take three forms. In an isotonic concentric contraction, the muscle shortens under tension (lifting phase of a bicep curl). In an isotonic eccentric contraction, the muscle lengthens while producing force (lowering the weight). Isometric contraction means the muscle contracts but length remains unchanged (plank hold). Use the mnemonics: ‘Concentric = comes closer (shortening)’, ‘Eccentric = extending eccentrically (lengthening)’, ‘Isometric = identical length (iso = same, metric = length)’.
肌肉收缩有三种形式。等张向心收缩时，肌肉在张力下缩短（如弯举的举起阶段）；等张离心收缩时，肌肉在发力状态下被拉长（放下重物）；等长收缩指肌肉产生张力但长度不变（平板支撑）。记忆口诀：“向心收缩=缩短靠近”，“离心收缩=古怪地伸长”，“等长收缩=同等长度”。
5. Cardiovascular and Respiratory Terminology | 心血管与呼吸术语
The cardiac cycle revolves around heart rate (HR, beats per minute), stroke volume (SV, volume of blood pumped per beat), and cardiac output (Q), which is the product of HR and SV. A classic CIE Pre-U equation appears as:
心脏周期围绕心率（HR，次/分）、每搏输出量（SV，每搏泵血量）和心输出量（Q）展开。心输出量是心率与每搏输出量的乘积。经典CIE Pre-U公式如下：
Q = HR × SV
During exercise, both HR and SV increase to deliver more oxygen. The respiratory system responds with tidal volume (TV, volume of air per normal breath), vital capacity (maximum air after max inspiration and expiration), and minute ventilation (VE = TV × breathing frequency). Link tidal volume to ‘tides’ — gentle rise and fall of breathing at rest. Vital capacity is the ‘vital’ maximum you can forcibly exhale after a maximum inhale.
运动时，心率和每搏输出量均升高以输送更多氧气。呼吸系统相应调节：潮气量（TV，每次平静呼吸的气量）、肺活量（最大吸再最大呼的气量）和每分通气量（VE = TV × 呼吸频率）。将潮气量与潮汐联系——休息时呼吸的轻柔起伏。Vital capacity 是生命攸关的最大量，即深吸后能用力呼出的最大气量。
6. Energy Systems and Exercise Physiology | 能量系统与运动生理
The body uses three energy systems to resynthesize ATP. The ATP-PC (phosphocreatine) system provides immediate energy for up to 10 seconds of maximal effort — think ‘explosive’, no oxygen needed, no by-products. The lactic acid (glycolytic) system breaks down glucose without oxygen, lasting around 30 to 90 seconds, producing lactate and hydrogen ions that cause muscular fatigue. The aerobic system yields the most ATP, requires oxygen, and uses fats and carbohydrates; it dominates in activities lasting longer than two minutes.
身体利用三个能量系统再合成ATP。ATP-PC（磷酸肌酸）系统提供即时能量，供最大强度运动10秒内使用——想象“爆发”，无需氧，无副产品。乳酸系统（糖酵解）在无氧下分解葡萄糖，持续约30-90秒，产生乳酸和氢离子导致肌肉疲劳。有氧系统产生ATP最多，需要氧气，主要利用脂肪和碳水化合物，在持续两分钟以上的运动中占主导。
Key terms include phosphocreatine (PC), which donates a phosphate group to ADP to quickly replenish ATP. Biochemical pathways in the aerobic system involve glycolysis, the Krebs cycle, and the electron transport chain. To recall the order, use the sentence: ‘Great Kitchen Electronics’ — Glycolysis → Krebs → Electron transport chain. Remember that glycolysis means ‘splitting sugar’ (glyco- = sugar, -lysis = splitting).
关键术语包括磷酸肌酸（PC），它将磷酸基捐赠给ADP以快速再合成ATP。有氧系统的生化途径包括糖酵解、克雷布斯循环和电子传递链。要记住顺序，用一句话“Great Kitchen Electronics”——糖酵解(G) → 克雷布斯循环(K) → 电子传递链(E)。记住 glycolysis 意为“劈开糖”（glyco- = 糖，-lysis = 裂解）。
7. Biomechanics: Motion and Forces | 生物力学：运动与力
Biomechanics applies Newton’s laws to human movement. Velocity is displacement per unit time; acceleration is the rate of change of velocity. Momentum (p) is the product of mass (m) and velocity (v). These relationships are captured by:
生物力学将牛顿定律应用于人体运动。速度为每单位时间的位移，加速度为速度变化率。动量（p）是质量（m）与速度（v）的乘积。这些关系可由以下公式表达：
a = (v – u) / t p = m × v
where u is initial velocity, v is final velocity, and t is time. Force is mass multiplied by acceleration (F = m × a). A force applied at a distance from an axis creates a torque or moment: T = F × d (d is perpendicular distance). To quickly link the symbols, think ‘Fast Mass Acceleration’: F = ma.
其中u为初速度，v为末速度，t为时间。力等于质量乘以加速度（F = m × a）。力作用在离轴一定距离处产生力矩：T = F × d（d为力臂垂直距离）。为快速关联符号，可记“Fast Mass Acceleration”缩写 F = ma。
Other important terms include impulse (force × time), which explains how extending the time of force application reduces peak force (catching a ball with a follow-through). Projectile motion is governed by release angle, height, and speed; the optimal angle for range on a flat surface is 45°, neglecting air resistance. Use the phrase ’45 for the sky drive’ to recall the angle.
其他重要术语包括冲量（力×时间），它解释了延长施力时间可降低冲击力峰值（如接球时顺势后收）。抛射体运动受出手角度、高度和速度控制；无空气阻力时平面上最远射程角为45°。用“45度天空之掷”来记最佳角度。
8. Skill Acquisition and Motor Control | 技能获得与动作控制
Skills can be classified on continua: open skills are performed in unpredictable, changing environments (e.g., a football dribble), while closed skills are self-paced and stable (e.g., a free throw). They can also be discrete (clear beginning and end, e.g., penalty kick), serial (linked discrete skills, e.g., triple jump), or continuous (no obvious end, e.g., cycling). Think ‘open door — outside changes; closed door — inside controlled’.
技能可按连续体分类：开放式技能在不可预测、多变环境中执行（如足球盘带），封闭式技能则为自定节奏且稳定（如罚球）。还可分为分立（明确起止，如点球）、串连（串联的分立技能，如三级跳远）或连续（无明确终点，如骑自行车）。联想“开着的门——外界多变；关着的门——内部可控”。
Fitts and Posner’s three stages of learning are cognitive (beginner, lots of thinking), associative (practice, refining), and autonomous (automatic, minimal conscious thought). Feedback types: intrinsic (from proprioceptors, ‘in you’) vs extrinsic (from coach/video, ‘extra’); and knowledge of performance (how the movement felt/looked) vs knowledge of results (outcome, e.g., ball in or out). Link ‘auto-nomous’ to ‘automatic pilot’, and ‘intrinsic’ to ‘inside’.
Fitts与Posner的学习三阶段为认知阶段（新手，大量思考）、联结阶段（练习、细化）和自动化阶段（无需刻意注意）。反馈类型：内在反馈来自本体感受器（“内部”），外在反馈来自教练或视频（“外部”）；表现认知反馈（动作感觉或外形）与结果认知反馈（结果如何）。把 autonomous 联想为自动导航（automatic pilot），intrinsic 与内部（inside）连接。
9. Sport Psychology: Arousal, Anxiety and Motivation | 运动心理学：唤醒、焦虑与动机
Arousal is the general state of physiological and psychological activation, ranging from deep sleep to intense excitement. The inverted-U hypothesis states that performance improves with arousal up to an optimal point, after which it declines. For complex skills, optimal arousal is lower; for simple tasks, it is higher. This is easily recalled by drawing a big ‘U’ upside down.
唤醒是指生理和心理激活的一般状态，从深睡到极度兴奋。倒U理论认为表现随唤醒水平提高而上升，至最佳点后下降；复杂技能最优唤醒较低，简单任务则较高。画一个倒置的大“U”即可轻松记忆。
Anxiety can be state (temporary, situation-specific) or trait (stable personality predisposition). Somatic anxiety refers to physical symptoms (racing heart), while cognitive anxiety involves worries and negative thoughts. Motivation is intrinsic (doing for personal satisfaction) or extrinsic (for external rewards). Achievement goal theory distinguishes task orientation (focus on self-improvement) from ego orientation (comparing with others). Use the acronym ‘SATE’: State And Trait Explain anxiety, and ‘MIE’ for Motivation: Intrinsic vs Extrinsic.
焦虑可分为状态焦虑（暂时、情境特定）或特质焦虑（稳定的人格倾向）。躯体焦虑指生理症状如心跳加速，认知焦虑则涉及担忧和负面想法。动机有内在（为个人满足）和外在（为外部奖励）。成就目标理论区分任务导向（关注自我提升）与自我导向（与他人比较）。用首字母拼写“SATE”来区分焦虑类型，“MIE”记忆动机：内在Motivation Intrinsic Extrinsic。
10. Sociological Terms in Sport | 体育社会学词汇
Commercialism in sport turns athletic performance into a commodity for profit through sponsorships, media rights, and merchandise. Globalisation refers to the worldwide spread of sports, rules, and culture, often led by transnational corporations. These concepts are linked to ‘Gold Coast’ — sport as a marketplace (gold).
体育商业化通过赞助、转播权和商品将运动表现转化为盈利商品。全球化指体育、规则和文化的世界性传播，常由跨国公司主导。可将二者与“金海岸”联想——体育如同淘金市场。
Other key sociological terms: social stratification, the hierarchical layering of groups based on factors like income and status, which influences access to sport. Ethnic identity is one’s sense of belonging to an ethnic group, often expressed through national team support. Deviance in sport includes doping, match-fixing, and violence. Use ‘DEV’ for Deviance, Ethics, and Violence to recall deviant acts. Finally, the concept of role models: athletes who inspire behaviour in others, especially young people.
其他关键社会学词汇：社会分层，基于收入和地位等因素的群体等级分层，影响体育参与机会。民族认同是个体对族群的归属感，常通过支持国家队表达。体育越轨行为包括兴奋剂、假赛和暴力。用“DEV”代表越轨（Deviance）、伦理（Ethics）和暴力（Violence）来记忆越轨行为。最后，榜样概念：运动员能激励他人尤其是年轻人的行为。
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