📚 Year 10 Eduqas Physical Education: High-Frequency Exam Topics and Common Mistakes | Year 10 Eduqas 体育：高频考点与易错题分析
Mastering Year 10 Eduqas Physical Education requires more than memorising facts; it demands a deep understanding of how body systems interact during exercise and the ability to apply this knowledge to exam-style questions. This article breaks down the most commonly tested topics while highlighting the typical mistakes students make, helping you refine your answers and boost your confidence for assessments.
掌握 Year 10 Eduqas 体育不仅需要记忆知识点，更需要深刻理解身体系统在运动中如何相互作用，并能够将这种理解运用于考试题型。本文逐一拆解最高频的考点，同时指出学生最容易犯的典型错误，帮助你优化答案，提升应对评估的信心。
1. Skeletal System and Joint Actions | 骨骼系统与关节动作
The skeleton provides support, protection, movement, mineral storage and blood cell production. Exam questions frequently ask you to identify joint types and the movements they allow. Remember that hinge joints (e.g. knee, elbow) permit flexion and extension only, while ball-and-socket joints (e.g. shoulder, hip) allow flexion, extension, abduction, adduction, rotation and circumduction.
骨骼提供支撑、保护、运动、矿物质储存和血细胞生成。考题常要求你识别关节类型及其允许的动作。记住，铰链关节（如膝关节、肘关节）只允许屈曲和伸展，而球窝关节（如肩关节、髋关节）允许屈曲、伸展、外展、内收、旋转和环转。
the midline of the body, while adduction brings it back toward the midline. Use the phrase ‘abduct = away’ to lock it in. Another error is writing ‘rotation’ for a hinge joint; hinge joints cannot rotate, they work like a door hinge.
常见错误是混淆外展和内收。外展是将肢体移离身体中线，内收则是将肢体移回中线。用“外展即远离”这句话帮助记忆。另一个错误是为铰链关节写下“旋转”；铰链关节无法旋转，它们像门的铰链一样工作。
When labelling a synovial joint diagram, students often confuse ligaments with tendons. Ligaments connect bone to bone and provide stability; tendons connect muscle to bone and transmit force for movement. Always double-check your arrows.
在做滑液关节标注题时，学生经常混淆韧带和肌腱。韧带将骨与骨连接，提供稳定性；肌腱则将肌肉与骨骼连接，传递力量以产生运动。务必反复检查箭头指向是否正确。
2. Muscular System and Movement Analysis | 肌肉系统与运动分析
You must know the major muscle groups and their antagonistic pairs. The biceps and triceps work together at the elbow; the quadriceps and hamstrings at the knee. During the upward phase of a bicep curl, the biceps contract concentrically (agonist) while the triceps relax (antagonist).
你必须掌握主要肌群及其拮抗肌对。肱二头肌和肱三头肌在肘部协同工作，股四头肌和腘绳肌在膝部协同工作。在肱二头肌弯举的上举阶段，肱二头肌向心收缩（主动肌），而肱三头肌放松（拮抗肌）。
Confusing concentric and eccentric contractions is one of the top exam errors. Concentric contraction shortens the muscle (e.g. lifting phase), while eccentric contraction lengthens the muscle under tension (e.g. lowering phase). Saying a muscle ‘lengthens’ without specifying ‘under tension’ may lose marks. Also, isotonic and isometric are commonly mixed up: isotonic involves movement, isometric is static with no joint angle change.
混淆向心收缩和离心收缩是最常见的考试错误之一。向心收缩时肌肉缩短（如举起阶段），离心收缩时肌肉在张力下被拉长（如下放阶段）。只说肌肉“变长”而未说明“在张力下”可能会失分。此外，等张收缩和等长收缩也经常被搞混：等张收缩涉及关节运动，等长收缩是静态的，关节角度不发生变化。
When explaining movement at a joint, always name the joint, the movement type, the agonist and the contraction type. For example: ‘At the elbow, flexion occurs with the biceps acting as the agonist, performing a concentric contraction.’
解释关节运动时，务必点明关节名称、动作类型、主动肌和收缩类型。例如：“在肘关节处发生屈曲，肱二头肌作为主动肌，进行向心收缩。”
3. Cardiovascular System and Exercise | 心血管系统与运动
ke volume and cardiac output all increase. Cardiac output = stroke volume x heart rate. This relationship is a favourite for calculation questions.
心脏通过动脉将含氧血泵送至工作肌，并通过静脉将缺氧血送回。运动时，心率、每搏输出量和心输出量都会增加。心输出量 = 每搏输出量 × 心率。这一关系是计算题的常见考点。
A classic mistake is thinking that veins carry deoxygenated blood in all circumstances. The pulmonary vein carries oxygenated blood from the lungs to the heart. Always trace the route carefully. Another pitfall is misreading units: cardiac output is measured in litres per minute (L/min), not millilitres.
一个典型错误是认为静脉在任何情况下都运输缺氧血。肺静脉将含氧血从肺部运回心脏。务必仔细追踪血液路径。另一个陷阱是读错单位：心输出量的单位是升/分钟 (L/min)，而非毫升。
Students often fail to explain why stroke volume plateaus during higher-intensity exercise. As heart rate rises too high, ventricular filling time shortens, so stroke volume cannot keep increasing. Also, remember to link the redistribution of blood flow (vascular shunt) to vasodilation in working muscles and vasoconstriction in organs.
学生往往无法解释为何在更高强度运动时每搏输出量趋于平稳。随着心率过快升高，心室充盈时间缩短，因此每搏输出量无法持续增加。此外，记得将血流的重新分配（血管分流）与工作肌肉的血管舒张和器官的血管收缩联系起来。
4. Respiratory System and Gas Exchange | 呼吸系统与气体交换
Breathing rate and tidal volume increase during exercise to meet oxygen demands. Gaseous exchange occurs at the alveoli, where oxygen diffuses into the blood and carbon dioxide diffuses out. The diaphragm and intercostal muscles drive breathing movements.
运动时呼吸频率和潮气量会增加以满足氧气需求。气体交换在肺泡进行，氧气扩散入血，二氧化碳扩散出血液。膈肌和肋间肌驱动呼吸运动。
A high-frequency error is confusing tidal volume with vital capacity. Tidal volume is the amount of air inhaled or exhaled in one normal breath; vital capacity is the maximum amount of air that can be forcibly exhaled after a maximum inhalation. They are not the same. Another mistake is forgetting that gaseous exchange relies on a concentration gradient – low oxygen in the capillary blood draws oxygen in from the alveolar air.
高频错误是将潮气量与肺活量混淆。潮气量是正常呼吸时每次吸入或呼出的气量；肺活量是在最大吸气后能用力呼出的最大气量。两者并不相同。另一个错误是忘记气体交换依赖于浓度梯度——毛细血管血液中的低氧分压将氧气从肺泡空气中吸入。
When describing the mechanics of breathing, always mention both the diaphragm and intercostal muscles. Inhaling: diaphragm contracts and flattens, external intercostals contract lifting the rib cage up and out, increasing the volume of the thoracic cavity and decreasing pressure. Exhaling at rest is passive, but during exercise the internal intercostals and abdominals assist.
描述呼吸机制时，务必提及膈肌和肋间肌。吸气：膈肌收缩变平，外肋间肌收缩使胸廓上提外扩，胸廓容积增大，压力降低。安静呼气是被动的，但运动时内肋间肌和腹部肌群会辅助呼气。
5. Aerobic and Anaerobic Exercise | 有氧与无氧运动
Aerobic respiration uses oxygen to break down glucose, producing carbon dioxide, water and a large amount of ATP. It occurs in the mitochondria and is the main energy pathway for low-to-moderate intensity, long-duration activities. Anaerobic respiration occurs without oxygen, producing lactic acid and a small amount of ATP, and fuels high-intensity, short-burst activities.
有氧呼吸利用氧气分解葡萄糖，产生二氧化碳、水和大量ATP。它发生在线粒体中，是中低强度、长时间活动的主要供能途径。无氧呼吸在无氧条件下进行，产生乳酸和少量ATP，为高强度、短时间爆发活动提供能量。
Exam answers often lose marks by stating ‘anaerobic produces no energy’ or ‘lactic acid causes oxygen debt’. Actually, anaerobic does produce energy, just less efficiently. Lactic acid accumulation contributes to fatigue, but ‘oxygen debt’ (EPOC) is the extra oxygen consumed after exercise to clear lactate and restore the body. Avoid saying ‘lactic acid turns to oxygen’ – it’s incorrect.
考试答案常因说“无氧呼吸不产生能量”或“乳酸导致氧债”而失分。实际上，无氧呼吸确实产生能量，只是效率较低。乳酸堆积会导致疲劳，但“氧债”（运动后过量耗氧）是运动后为清除乳酸和恢复身体而消耗的额外氧气。避免说“乳酸转化为氧气”——这是错误的。
Be precise with fuel sources: carbohydrates are the main fuel for high-intensity anaerobic work, while fats contribute more during prolonged aerobic exercise. Protein is used minimally for energy unless in extreme circumstances. Linking the energy system used to the duration and intensity of an activity is a key skill.
要准确说明燃料来源：碳水化合物是高强度无氧运动的主要燃料，脂肪在长时间有氧运动中贡献更多。除非在极端情况下，蛋白质极少被用于供能。将所用能量系统与活动的持续时间和强度联系起来是一项关键技能。
6. Components of Fitness and Testing | 体适能成分与测试
Eduqas expects you to distinguish between health-related and skill-related components of fitness. Health-related: cardiovascular endurance, muscular strength, muscular endurance, flexibility and body composition. Skill-related: agility, balance, coordination, power, reaction time and speed. Make sure you can define each and link to a sporting example.
Eduqas 考试要求你区分与健康相关和与技能相关的体适能成分。健康相关：心肺耐力、肌力、肌耐力、柔韧性和身体成分。技能相关：敏捷性、平衡、协调、爆发力、反应时间和速度。要确保能为每项下定义并给出运动实例。
A common error is mixing up power and strength. Strength is the maximal force a muscle can exert in one contraction, whereas power is the ability to exert force quickly – strength multiplied by speed. For tests, the handgrip dynamometer measures grip strength, the vertical jump test measures power. Naming a test that does not match the component instantly loses marks.
常见错误是混淆爆发力与肌力。肌力是肌肉一次收缩能产生的最大力量，而爆发力是快速施展力量的能力——即力量乘以速度。在测试方面，握力计测量握力，纵跳测试测量爆发力。如果说出一个与体适能成分不匹配的测试方法，会立即丢分。
The multistage fitness test (bleep test) estimates VO₂ max for cardiovascular endurance; the sit-and-reach test measures flexibility of the hamstrings and lower back. Practise describing test protocols in sequence, including how you record results and ensure validity. Many students skip the protocol detail and get limited marks.
多阶段体能测试（哔哔声测试）用于估算最大摄氧量以评价心肺耐力；坐位体前屈测试测量腘绳肌和下背部的柔韧性。练习按顺序描述测试流程，包括如何记录结果并确保效度。许多学生跳过流程细节，只能得到有限分数。
7. Principles of Training | 训练原则
Training principles – specificity, progression, overload, reversibility and tedium – must be applied to improve performance. Overload can be manipulated through FITT: Frequency, Intensity, Time and Type. An easy exam mistake is to forget that without applying these principles correctly, fitness gains will plateau or reverse.
训练原则——专项性、渐进性、超负荷、可逆性和枯燥性——必须应用于提升运动表现。超负荷可通过 FITT 来调控：频率、强度、时间和类型。一个容易犯的考试错误是忘记如果未能正确应用这些原则，体适能的进步将停滞或倒退。
When designing a training programme, students often fail to specify how they would increase intensity over six weeks. Use concrete numbers: increase resistance by 5% each week, or add one set every fortnight. Vague statements like ‘make it harder’ are not rewarded. Also, reversibility is frequently defined as ‘losing fitness’, but a full answer must state that fitness declines when training is stopped or reduced, and the adaptations reverse over time.
在设计训练计划时，学生常常没有说明如何在六周内增加强度。要使用具体数字：每周增加5%的阻力，或者每两周增加一组。像“让它更难”这样模糊的表述没有分数。此外，可逆性经常被定义为“失去体能”，但完整答案必须说明当训练停止或减少时，体能会下降，并且训练适应会随着时间的推移而逆转。
8. Sport Psychology: Goal Setting and Motivation | 运动心理学：目标设定与动机
Goal setting follows the SMART principle (Specific, Measurable, Achievable, Recorded, Timed). You might be given a scenario and asked to set a SMART goal. A common slip is missing the ‘Recorded’ element – outcomes must be tracked and reviewed. Also, do not confuse performance goals (focused on personal standards) with outcome goals (focused on winning).
目标设定遵循 SMART 原则（具体、可测量、可达成、有记录、有时限）。你可能会被给到一个情境，并要求设定一个 SMART 目标。常见的疏漏是缺少“有记录”这一要素——结果必须被跟踪和回顾。同时，不要将表现目标（专注于个人标准）与结果目标（专注于获胜）混淆。
Intrinsic motivation comes from within (enjoyment, pride), extrinsic from outside rewards (trophies, praise). In exams, students sometimes argue that extrinsic motivation always harms intrinsic motivation. However, it can be positive if used to provide feedback rather than control. Use specific examples to balance your argument.
内在动机来自内部（乐趣、自豪），外在动机来自外部奖励（奖杯、赞扬）。考试中，学生有时会主张外在动机总是损害内在动机。但如果外在动机用于提供反馈而非控制，它也可以是积极的。要用具体实例来平衡你的论点。
Be aware of mental preparation techniques: imagery, self-talk, and relaxation. If asked how a performer prepares psychologically, describe the technique step by step and link it to improved focus or reduced anxiety. Avoid generic answers like ‘they concentrate harder’.
注意心理准备技巧：意象、自我对话和放松。如果被问到运动员如何作心理准备，要逐步描述技巧并将其与提高专注度或减少焦虑联系起来。避免“他们更专注”这样笼统的答案。
9. Diet, Nutrition and Hydration | 饮食、营养与补水
A balanced diet contains carbohydrates, fats, proteins, vitamins, minerals, fibre and water. Carbohydrates are the body's main energy source; fats provide long-duration energy; proteins are for growth and repair. In a sports context, you need to tailor macronutrient intake to the demands of the activity.
均衡饮食包含碳水化合物、脂肪、蛋白质、维生素、矿物质、纤维和水。碳水化合物是身体的主要能量来源；脂肪提供长时间能量；蛋白质用于生长和修复。在运动情境中，你需要根据活动需求调整宏量营养素的摄入。
Carbohydrate loading is a common exam topic. It involves increasing carb intake a few days before an endurance event to maximise glycogen stores. A frequent mistake is thinking carb loading makes you faster on the day; it actually delays fatigue. Also, dehydration impairs performance, thermoregulation and cognitive function. You must link these effects when explaining why hydration is critical.
碳水化合物负荷是常见的考试主题。它是在耐力赛事前几天增加碳水化合物摄入，以最大化糖原储备。一个常见错误是认为碳水化合物负荷能让你在比赛当天速度更快；实际上它是延缓疲劳。此外，脱水会损害运动表现、体温调节和认知功能。解释为什么补水至关重要时，必须将这些影响联系起来。
For exam success, always mention specific nutrients for specific functions: vitamin D and calcium for bone health, iron for red blood cell production. Students often lose marks by naming a vitamin but not explaining its role. Use clear cause-and-effect sentences.
要取得考试成功，务必提及具体营养素的具体功能：维生素D和钙促进骨骼健康，铁参与红细胞生成。学生常因只说出维生素名称而未解释其作用而失分。要使用清晰的因果句式。
10. Injury Prevention and Common Exam Mistakes | 损伤预防及常见考试错误
Injury prevention strategies include warm-up, cool-down, protective equipment, correct technique and adhering to the rules. A thorough warm-up raises body temperature, increases blood flow to muscles and improves range of motion, reducing the risk of strains and sprains. A cool-down aids removal of waste products and reduces stiffness.
损伤预防策略包括热身、整理活动、防护装备、正确技术以及遵守规则。充分的热身能升高体温、增加肌肉血流量并改善关节活动范围，降低肌肉拉伤和韧带扭伤的风险。整理活动有助于清除代谢废物并减轻肌肉僵硬。
A subtle but common mistake is stating that a cool-down ‘ ygen for recovery. Also, students often confuse sprains (ligaments) and strains (muscles/tendons). Write ‘strain = muscles’ on your flashcard.
一个微妙但常见的错误是说整理活动“清除乳酸”。尽管它有助于乳酸清除，但这一过程更多是维持循环以防止静脉血液淤积，并输送氧气以促进恢复。此外，学生常混淆扭伤（韧带）和拉伤（肌肉/肌腱）。在闪卡上写下“strain = muscles”。
In extended writing questions, failure to structure your answer using PEEL (Point, Evidence, Explain, Link) leads to lost marks. For example, when discussing how the body responds to a sprint start, do not just list ‘heart rate increases’. Explain why: to deliver more oxygen to working muscles, linked to the anaerobic demand of the start. Always refer back to the scenario.
在拓展写作题中，未能使用 PEEL（观点、证据、解释、联系）结构组织答案会导致失分。例如，讨论身体对短跑起跑的回应时，不要只列出“心率加快”。要解释原因：为工作肌输送更多氧气，并将其与起跑的无氧需求联系起来。始终回扣情境。
Avoid using vague comparisons like ‘better’ or ‘improved’. Be specific: ‘performance improved because the increased stroke volume allowed greater oxygen delivery, delaying the onset of fatigue.’ Build a habit of using physiological terminology precisely, and double-check spelling of key terms such as ‘antagonistic’, ‘vasodilation’ and ‘capillarisation’.
避免使用“更好”、“改善了”等模糊比较。要具体：“运动表现提升，因为每搏输出量增加使得供氧增加，延缓了疲劳的出现。”要养成精确使用生理学术语的习惯，并仔细检查关键术语的拼写，如“antagonistic”、“vasodilation”和“capillarisation”。
Published by TutorHao | Physical Education Revision Series | aleveler.com
更多咨询请联系16621398022（同微信）
或截图后用「扫一扫 → 相册」选择本图