Interdisciplinary Integrated Question Training for Year 7 Edexcel Physical Education

📚 Interdisciplinary Integrated Question Training for Year 7 Edexcel Physical Education | 跨学科综合题型训练

In Year 7 Edexcel Physical Education, exam success depends on more than just knowing the rules of sports. Questions are designed to blend PE with Mathematics, Science, English, Geography, History, and even Food Technology. This article offers focused interdisciplinary question training to help you connect ideas across subjects, build confidence, and perform better in assessments. You will find real-style questions, step-by-step solutions, and key revision tips that mirror the integrated nature of the Edexcel curriculum.

在七年级爱德思体育课程中，考试成功不仅仅取决于了解运动规则。题目设计会将体育与数学、科学、英语、地理、历史甚至食品科技融合在一起。本文提供有针对性的跨学科题型训练，帮助你连接不同学科的概念，建立信心，在测评中取得更好表现。你将看到真实风格的题目、分步骤的解答以及关键的复习技巧，完全契合爱德思课程的综合特点。

1. Why PE is Interdisciplinary? | 为什么体育是跨学科的？

Physical Education is a subject that naturally combines multiple fields. To understand fitness, you need to calculate heart rates and energy expenditure (Maths). To understand movement, you must learn about bones, muscles, and the respiratory system (Science). Evaluating performance requires clear written communication (English). Exploring how sports developed in different regions touches on Geography and History. Edexcel recognises this by setting questions that ask you to transfer skills from one subject area to another within a PE context.

体育是一门自然融合多个领域的学科。要理解体适能，你需要计算心率和能量消耗（数学）。要理解运动，你必须学习骨骼、肌肉和呼吸系统（科学）。评估运动表现需要清晰的书面表达（英语）。探索运动在不同地区的发展则涉及地理和历史。爱德思认识到这一点，因此设置的题目会要求你在体育情境中迁移其他学科领域的技能。

For example, a single question might provide a young athlete’s training data and ask you to calculate their target heart rate zone, identify the main muscle groups used in their sport, and then write a short evaluation of their session. This approach reflects how real-world sport science works and tests your ability to think across boundaries.

例如，一道题可能会提供一名年轻运动员的训练数据，要求你计算其目标心率区间，识别其运动中使用的主要肌群，然后写一段简短的训练课评价。这种出题方式反映了真实运动科学的工作方式，并测试你跨越学科边界思考的能力。

2. Integrating Maths: Heart Rate Calculations | 结合数学：心率计算

One of the most common integrated question types tests your ability to use formulas. A standard formula for maximum heart rate (MHR) is:

最常见的综合题型之一考查你使用公式的能力。最大心率（MHR）的标准计算公式为：

MHR = 220 − age

Once you have the MHR, you can calculate training zones by multiplying by the appropriate percentage. For example, the aerobic training zone is 60% to 80% of MHR. Let’s work through an integrated question.

一旦得到最大心率，你就可以通过乘以相应的百分比来计算训练区间。例如，有氧训练区间是最大心率的60%到80%。我们来解一道综合题。

Question: Tom is 12 years old. He wants to train at 70% of his MHR. Calculate his MHR and his target heart rate at 70%. Show all your working.

题目：汤姆12岁。他想以70%的最大心率进行训练。计算他的最大心率以及70%心率下的目标心率。写出所有计算过程。

Solution: MHR = 220 − 12 = 208 bpm. Target heart rate at 70% = 208 × 0.7 = 145.6 bpm. Rounded to the nearest whole number, Tom should aim for about 146 bpm.

解答：最大心率 = 220 − 12 = 208 次/分。70%强度下的目标心率 = 208 × 0.7 = 145.6 次/分。四舍五入到整数，汤姆应瞄准大约146次/分。

You may also be asked to convert units or calculate calorie burn. For instance, if running burns 10 kcal per minute and a student runs for 25 minutes, total energy expenditure = 25 × 10 = 250 kcal. Always remember to include units in your final answer.

你可能还需要转换单位或计算卡路里消耗。例如，如果跑步每分钟消耗10千卡，一名学生跑了25分钟，总能量消耗 = 25 × 10 = 250千卡。始终记住在最终答案中写上单位。

3. Science Link: How Muscles Contract | 科学联系：肌肉如何收缩

Muscles pull on bones to create movement. Most skeletal muscles work in antagonistic pairs. When one muscle contracts (shortens), the opposing muscle relaxes. A classic example is the biceps and triceps at the elbow. During a bicep curl, the biceps contracts to flex the arm, while the triceps relaxes. When lowering the arm, the triceps contracts to extend the elbow, and the biceps relaxes.

肌肉拉动骨骼以产生运动。大多数骨骼肌成对拮抗工作。当一块肌肉收缩（缩短）时，其拮抗肌放松。典型例子是手臂的肱二头肌和肱三头肌。在做哑铃弯举时，肱二头肌收缩使手臂弯曲，肱三头肌放松。放下手臂时，肱三头肌收缩使肘部伸展，肱二头肌放松。

Integrated question: Using your knowledge of the skeletal system, identify the type of joint at the elbow and describe the role of the biceps and triceps when performing a press-up. (4 marks)

综合题：运用你对骨骼系统的知识，指出肘关节的类型，并描述做俯卧撑时肱二头肌和肱三头肌的作用。（4分）

Answer: The elbow is a hinge joint, allowing flexion and extension. During the lowering phase of a press-up, the triceps contracts eccentrically to control the movement while the biceps relaxes. When pushing up, the triceps contracts concentrically to extend the elbow, and the biceps remains relaxed.

答案：肘关节是枢纽关节，允许屈伸运动。在做俯卧撑下降阶段，肱三头肌离心收缩控制动作，肱二头肌放松。向上推起时，肱三头肌向心收缩使肘部伸展，肱二头肌保持放松。

These questions test your understanding of anatomy alongside movement analysis, which is a core element of Edexcel PE Science integration.

这类题目既考查解剖学知识，也考查动作分析，是爱德思体育与科学融合的核心要素。

4. Applying English: Analysing Sporting Performance | 应用英语：分析运动表现

In PE, you are often asked to evaluate a performance or write a reflective piece. This requires structured writing skills similar to those developed in English. Using frameworks like PEEL (Point, Evidence, Explanation, Link) can help you organise your answer logically and score higher marks in extended writing questions.

在体育中，你经常需要评价一项表现或撰写反思。这需要类似于英语课上训练的结构化写作技巧。使用PEEL（观点、证据、解释、联系）等框架可以帮助你有逻辑地组织答案，并在拓展写作题中获得更高分数。

Example task: Write a short paragraph evaluating your performance in a 100 m sprint. Use the PEEL structure.

示例任务：用PEEL结构写一段短文，评价你在100米短跑中的表现。

Model answer: (Point) My start was slower than my personal best. (Evidence) My reaction time from the block was 0.3 seconds, compared to my usual 0.2 seconds. (Explanation) This meant I lost momentum in the first 20 metres, forcing me to work harder to catch up. (Link) To improve, I need to practise explosive starts more frequently in training.

范例答案：（观点）我的起跑比我个人最佳成绩要慢。（证据）我从起跑器的反应时间是0.3秒，而我通常为0.2秒。（解释）这意味着我在前20米失去了冲量，不得不更费力地追赶。（联系）为了改进，我需要在训练中更频繁地练习爆发式起跑。

Practising these concise, structured paragraphs will prepare you for any question that involves describing, explaining, or evaluating in PE.

练习这些简洁、结构化的段落，将使你为任何涉及描述、解释或评价的体育题目做好准备。

5. Nutrition & Food Tech: Energy Balance | 营养与食品科技：能量平衡

Understanding what you eat and how you use energy is vital for performance. This connects PE with Food Technology and Nutrition. You might be given a food label and asked to calculate how much exercise is needed to use up the energy it provides.

了解你吃什么以及如何使用能量，对运动表现至关重要。这连接了体育与食品科技及营养学。你可能会看到一份食品标签，并被要求计算需要多少运动才能消耗掉它所提供的能量。

Question: A chocolate muffin contains 420 kcal. A 12-year-old student decides to walk briskly, which burns 5 kcal per minute. For how many minutes must they walk to use up the energy from the muffin? Show your working.

题目：一个巧克力松饼含有420千卡。一名12岁的学生决定快走，每分钟消耗5千卡。他需要走多少分钟才能消耗掉这个松饼的能量？写出计算过程。

Solution: Time = Total energy to burn ÷ Burn rate per minute = 420 ÷ 5 = 84 minutes. They would need to walk for 84 minutes.

解答：时间 = 需要消耗的总能量 ÷ 每分钟消耗速率 = 420 ÷ 5 = 84分钟。他需要走84分钟。

You should also be able to identify the main nutrients — carbohydrates for immediate energy, proteins for growth and repair, and fats for slow-release energy — and link them to different types of physical activity. This integrated thinking is exactly what examiners expect.

你还应该能够识别主要的营养素——碳水化合物提供即时能量，蛋白质用于生长和修复，脂肪提供慢速释放的能量——并将它们与不同类型的身体活动联系起来。这种综合性思维正是考官所期待的。

6. Geography: Climate and Sports Performance | 地理：气候与运动表现

Climate and altitude have a direct impact on how the body performs. In Geography, you learn about different climate zones; in PE, you apply this to sport. Hot and humid conditions increase sweating and the risk of dehydration, while high altitude reduces the amount of oxygen available, making aerobic performance harder.

气候和海拔对身体表现有直接影响。在地理课上，你会学习不同的气候带；在体育课上，你需要将此运用到运动中。炎热潮湿的环境会增加出汗和脱水的风险，而高海拔会减少可用氧气量，使有氧表现更困难。

Exam-style question: Explain why many endurance athletes choose to train at high altitude before a major competition. (3 marks)

考试风格题目：解释为什么许多耐力运动员在重大比赛前选择高海拔训练。（3分）

Answer: At high altitude, the air pressure is lower, so less oxygen enters the blood. The body adapts by producing more red blood cells to carry oxygen. When the athlete returns to sea level, this increased oxygen-carrying capacity improves endurance performance. This is called altitude training.

答案：在高海拔地区，气压较低，因此进入血液的氧气较少。身体通过产生更多的红细胞来运输氧气以进行适应。当运动员回到海平面时，这种增强的携氧能力提高了耐力表现。这被称为高原训练。

Connecting geographical knowledge with physiological responses shows higher-order thinking in your PE answers.

将地理知识与生理反应联系起来，能在体育答案中展现更高层次的思维。

7. History: Evolution of the Olympic Games | 历史：奥运会的演变

Sport is shaped by its history. Edexcel introduces historical contexts, such as the ancient and modern Olympic Games. You might be asked to compare and contrast the two or discuss how societal changes allowed wider participation.

运动受其历史的影响。爱德思考纲引入了历史背景，例如古代与现代奥运会。你可能会被要求比较两者的异同，或讨论社会变化如何使参与更广泛。

Task: List three key differences between the ancient Olympic Games and the modern Olympic Games.

任务：列出古代奥运会与现代奥运会的三个主要区别。

Possible answer:

Participation: Ancient Games were only for free Greek men; modern Games are open to athletes of all nationalities, genders, and backgrounds.
参与：古代奥运会仅限自由的希腊男性参加；现代奥运会向所有国籍、性别和背景的运动员开放。
Events: Ancient Games featured a limited set of events like running, wrestling, and chariot racing; modern Games include hundreds of events across dozens of sports.
项目：古代奥运会只有少数项目，如跑步、摔跤和战车赛；现代奥运会涵盖几十个大项数百个小项。
Purpose: Ancient Games were held to honour Zeus and often involved religious rituals; modern Games aim to promote peace, unity, and international friendship.
目的：古代奥运会为纪念宙斯而举行，常包含宗教仪式；现代奥运会旨在促进和平、团结与国际友谊。

Being able to draw on historical facts in a PE exam strengthens your extended answers and demonstrates cultural awareness.

能够在体育考试中运用历史事实，能强化你的拓展答案并展现文化意识。

8. Physics: Levers and Motion in Sport | 物理：运动中的杠杆和运动

When your body moves, it acts as a system of levers. Physics helps explain how force, resistance, and fulcrums work together to produce efficient movement. In PE, you need to know the three classes of levers and identify examples in the body.

当你的身体运动时，它就像一个杠杆系统。物理学有助于解释力、阻力和支点如何共同作用产生高效的运动。在体育中，你需要了解三类杠杆并识别人体中的例子。

First-class lever: fulcrum in the middle (e.g., neck joint balancing the head). Second-class: load in the middle (e.g., standing on tiptoes — ball of foot is fulcrum, body weight is load). Third-class: effort in the middle (e.g., bicep curl — elbow is fulcrum, biceps force is effort, hand weight is load). Most body levers are third-class, favouring speed and range of movement.

第一类杠杆：支点在中间（如颈部关节平衡头部）。第二类杠杆：负荷在中间（如踮脚尖——脚趾球为支点，体重为负荷）。第三类杠杆：力在中间（如二头肌弯举——肘为支点，二头肌力为力点，手中重量为阻力）。人体大多数杠杆为第三类，有利于速度和运动范围。

Integrated physics question: A sprinter completes 100 m in 12.5 seconds. Calculate their average speed. Give the formula and unit.

综合物理题：一名短跑选手用12.5秒跑完100米。计算其平均速度。给出公式和单位。

Solution: Average speed = distance ÷ time = 100 m ÷ 12.5 s = 8 m/s. Students must use m/s as the unit.

解答：平均速度 = 距离 ÷ 时间 = 100米 ÷ 12.5秒 = 8 米/秒。学生必须使用米/秒作为单位。

Questions that blend physics concepts like speed, force, and levers with sporting examples are very common and require precise numerical answers with correct units.

融合速度、力和杠杆等物理概念与运动实例的题目非常常见，需要精确的数值答案和正确的单位。

9. Data Interpretation: Fitness Test Graphs | 数据解读：体能测试图表

Edexcel papers often present data in tables or graphs and ask you to interpret trends, calculate changes, or make predictions. This requires analytical skills similar to those used in Mathematics data-handling topics.

爱德思考卷经常以表格或图表形式呈现数据，并要求你解读趋势、计算变化或做出预测。这需要类似数学数据处理专题中运用到的分析技能。

Scenario: The table below shows a student’s sit-and-reach flexibility scores over a 6-week training programme.

Week	Score (cm)
1	18
3	21
6	26

Questions: a) Calculate the percentage improvement from Week 1 to Week 6. b) Identify a possible reason for the trend shown.

问题： a) 计算从第1周到第6周的进步百分比。 b) 指出该趋势的一个可能原因。

Answer a): Improvement = 26 − 18 = 8 cm. Percentage change = (8 ÷ 18) × 100% = 44.4% (to one decimal place).

答案 a): 进步 = 26 − 18 = 8 cm。百分比变化 = (8 ÷ 18) × 100% = 44.4%（保留一位小数）。

Answer b): The improvement could be due to regular stretching exercises, better warm-up techniques, or increased joint flexibility resulting from consistent training.

答案 b): 进步可能归因于定期进行拉伸训练、更好的热身技巧，或持续训练带来的关节柔韧性提高。

Practising with such data helps you move from simply reading numbers to explaining what they mean in a sporting context.

练习这类数据有助于你从单纯读取数字，转向解释它们在运动情境中的意义。

10. Combined Scenario Practice Question | 综合情境练习题

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Interdisciplinary Integrated Question Training for Year 7 Edexcel Physical Education | 跨学科综合题型训练