📚 Year 10 CIE Physics: 2026 Exam Changes and Trends | Year 10 CIE物理：2026年考试变化与趋势
Starting with the 2026 examination series, CIE IGCSE Physics (0625) is set to introduce a refreshed syllabus and updated assessment model. These changes aim to better reflect modern scientific practices, strengthen experimental skills, and ensure that learners are equipped with the analytical thinking demanded by further education and STEM careers. For Year 10 students, understanding these shifts early is essential to plan revision effectively and avoid surprises in the exam hall. This article breaks down the key modifications, offering clear explanations and practical advice to help you stay ahead.
从2026年考试季开始，CIE IGCSE物理(0625)将推出更新后的课程大纲与评估模式。这些变化旨在更好地反映现代科学实践方法，强化实验技能，并确保学生具备升学及STEM职业所需的批判性分析思维。对于十年级学生而言，尽早理解这些调整对有效规划复习、避免考场意外至关重要。本文将逐一解析关键改动，提供清晰的解释与实用建议，助你抢占先机。
1. Overview of the 2026 Syllabus Update | 2026年课程大纲更新概览
The 2026 syllabus retains the core structure of Physics (0625) but reorganises content to emphasise conceptual links and reduce repetition. The six main topic areas remain – General Physics, Thermal Physics, Waves, Electricity & Magnetism, Atomic Physics, and Space Physics – though some subtopics have been moved to improve progression from basic to advanced ideas.
2026年的大纲保留了物理(0625)的核心结构，但重新组织了内容以突出概念间的联系并减少重复。六大主题领域——普通物理、热物理、波动、电磁学、原子物理和空间物理——依旧存在，只是部分子主题被重新安排，以便更好地从基础知识向高级概念递进。
The total teaching hours have not changed significantly, but teachers are encouraged to dedicate more time to practical investigations. Cross-topic questions, which blend content from multiple areas, will become more frequent, testing your ability to synthesise knowledge.
总教学课时数没有显著变化，但鼓励教师将更多时间用于实验探究。融合多个领域内容的跨主题问题将更为常见，用以考查综合运用知识的能力。
The updated syllabus documentation also provides clearer learning objectives for each section, making it easier for students to check their understanding. A full list of command words and their meanings is now included to reduce misinterpretation in exams.
更新后的大纲文件还为每个章节提供了更清晰的学习目标，让学生更方便地自查理解程度。同时附上了完整的指令词清单及其释义，以减少考试中的误读。
2. New Assessment Objectives Weighting | 新的评估目标权重
A major shift in 2026 is the rebalancing of Assessment Objectives (AOs). The traditional three AOs remain, but their weighting across papers has been adjusted to give more emphasis to higher-order skills.
2026年的一个重要变化是对评估目标(AO)的权重重新做了调整。传统的三个AO仍然保留，但它们在各个试卷中的比重已有所改变，更加强调高阶技能。
AO1 (Knowledge with understanding) now accounts for about 40% of the total marks, down from 50%. AO2 (Handling information and problem-solving) rises to 40%, reflecting the increased demand for application and calculation. AO3 (Experimental skills and investigations) increases to 20%, rewarding practical competence more directly.
AO1（知识的理解）现在约占总分的40%，低于此前的50%。AO2（信息处理与问题解决）上升至40%，体现了对应用和计算能力的更高要求。AO3（实验技能与探究）增加到20%，更直接地奖励实验能力。
This means rote learning of definitions and formulas will not be enough. You must practise applying principles to unfamiliar contexts and demonstrate clear, logical steps when analysing data. Experimental design and evaluation skills, formerly tested only in the practical paper, now also appear in the theory components.
这意味着死记硬背定义和公式将不再足够。你必须练习将原理应用于不熟悉的情境，并在分析数据时展示清晰、有逻辑的步骤。以前仅在实验卷中考查的实验设计与评估能力，如今也会出现在理论卷中。
3. Changes to Theory Papers (Paper 3 and 4) | 理论试卷(试卷3和4)的变化
The structure of the Core and Extended theory papers remains similar, but the style and focus of questions have evolved. Paper 3 (Core) and Paper 4 (Extended) now include an integrated 'experimental analysis' section, where you interpret data from a hypothetical experiment, identify sources of error, and suggest improvements.
核心与拓展理论试卷的结构依然相似，但问题的风格和重点已经演变。试卷3（核心）与试卷4（拓展）现在都包含一个综合性的“实验分析”部分，你需要解读一个假设实验的数据，识别误差来源并提出改进建议。
Extended students should note that the number of long-answer descriptive questions has been slightly reduced, replaced by multi-step calculations and 'explain' questions that demand deeper reasoning. For example, you might be asked to explain why a transformer’s efficiency changes with load, referencing magnetic flux and energy losses.
选择拓展课程的学生需注意，长篇描述题的数目略有减少，取而代之的是多步骤计算题和需要深层推理的“解释”题。例如，你可能会被要求结合磁通量和能量损耗，解释为何变压器的效率会随负载变化。
Paper 4 now also features an increased proportion of marks for the correct use of significant figures and units. The exam board stresses that sloppy numerical answers will lose marks even if the method is correct. Practice with standard form and unit conversions is more important than ever.
试卷4还在正确使用有效数字和单位方面增加了分值比重。考试局强调，即使解题方法正确，马虎的数值答案也会失分。标准形式和单位换算的练习比以往任何时候都更重要。
4. Multiple Choice Paper (Paper 1/2) Adjustments | 选择题试卷(试卷1/2)的调整
The multiple choice papers for Core (Paper 1) and Extended (Paper 2) still consist of 40 questions to be answered in 45 minutes, but the question bank has been refreshed. Expect more 'multiple completion' style items where you must select a combination of correct statements, as well as interpretation of graphs and circuits.
核心（试卷1）和拓展（试卷2）的选择题试卷仍由40道问题组成，限时45分钟，但题库已更新。预计会出现更多“多项完成”风格的题目，要求你选择若干正确陈述的组合，以及对图表和电路的解读。
A significant change is the increased difficulty of distractors. Incorrect options are now designed to match common misconceptions exactly, so a superficial understanding will lead you into traps. For instance, a question on kinetic energy might include a distractor that uses velocity squared versus speed, confusing many students.
一个显著的变化是干扰项的难度增加。错误选项现在被精心设计以精确对应常见的误解，因此表面化的理解极易让你掉入陷阱。例如，一道关于动能的问题可能包含一个混淆速度与速度平方的干扰项，让许多学生出错。
Time pressure remains a factor. Since each question must be solved in just over a minute, you need to develop efficient problem-solving shortcuts, such as recognising proportionality patterns and eliminating obviously wrong answers quickly. Regular timed practice with past papers is the most effective preparation.
时间压力仍然是一个因素。由于每道题只有一分多钟的解答时间，你需要培养高效的解题捷径，比如识别比例关系以及快速排除明显错误的选项。定期用往年真题进行限时训练是最有效的准备方式。
5. Practical Assessment Revamp (Paper 5 and 6) | 实验评估革新(试卷5和6)
From 2026, the practical assessment options – Paper 5 (Practical Test) and Paper 6 (Alternative to Practical) – see significant updates. Paper 5 now includes a mandatory 'planning' question where you are given a scenario and must design an experiment, choose apparatus, list steps, identify variables, and describe how to process results. This carries up to 8 marks.
从2026年起，实验评估的两种选择——试卷5（实验考试）和试卷6（实验替代）——均有重大更新。试卷5现在包含一道必答的“计划”题：给定一个情境，你需要设计实验、选择器材、列出步骤、识别变量，并说明如何处理结果。这道题最高占8分。
Paper 6 has been restructured to include more questions on familiar laboratory procedures, but the data given are often realistic and may contain anomalies. You must be able to plot graphs accurately (using suitable scales and plotting points to within half a small square) and draw best-fit lines or curves. The evaluation of reliability and accuracy is emphasised more than before.
试卷6经过重组，包含了更多关于常见实验室操作的问题，但给出的数据往往真实且可能含有异常值。你必须能够精确绘制图表（选择合适的标度，将点精确到半个小格以内）并画出最佳拟合直线或曲线。对可靠性和准确性的评价比以往更受重视。
Both papers require you to state precautions that improve accuracy, not just safety. For example, when measuring the oscillation period of a pendulum, you should time multiple oscillations and then calculate the average period to reduce random error. You must also be able to suggest improvements for a given method, linking them to specific errors.
两份试卷都要求你陈述能提高准确度而非仅仅保障安全的预防措施。例如，在测量单摆的振荡周期时，你应当测量多次振荡的时间再计算平均周期，以减少随机误差。你还必须能够针对给定方法提出改进建议，并将其与具体误差联系起来。
6. Provision of Formula Sheet | 公式表的提供
Following the trend set by other exam boards, CIE will provide a standard formula sheet inside the front cover of the theory papers. This sheet contains the essential equations for mechanics, thermal physics, waves, electricity, magnetism, and atomic physics, exactly as printed in the syllabus. However, it does not include every possible equation, and you are expected to know definitions and unit derivations.
跟随其他考试局的趋势，CIE将在理论试卷的封面内侧提供一份标准公式表。该表包含了力学、热物理、波动、电学、磁学和原子物理的基本方程，与大纳所印完全一致。然而，它并不包含每一个可能的公式，你还是需要掌握定义和单位推导。
Many students mistakenly assume the formula sheet eliminates the need to memorise equations. In fact, the sheet is a resource to be used wisely: you must know which formula applies to which situation and how to rearrange it. Questions often require you to combine two or more equations, so understanding the relationships behind them is vital.
许多学生误以为有了公式表就不需要记忆方程。实际上，这是需要善用的资源：你必须知道哪个公式适用于哪种情境，以及如何对它进行变形。考题经常要求你结合两个或更多公式，因此理解公式背后的关系至关重要。
gh it is on the sheet; actually, v = f λ is provided, but a few extensions are missing). Check the specimen paper to see exactly what is given, and then practise applying each formula under timed conditions.
一个聪明的复习策略是整理一份未提供的公式清单（尽管v = f λ在表上，但一些延伸公式可能缺失）。查阅样卷以明确究竟提供了哪些公式，然后在限时条件下练习应用每个公式。
7. Topics Added or Removed | 新增与删除的主题
Several topics have been introduced or restructured to align with current scientific developments. Notably, the Space Physics section now includes a brief look at exoplanets and the methods used to detect them (transit method and radial velocity), linking with the Doppler effect. This is a small but engaging addition that may feature in a new context question.
为与当前科学发展保持一致，一些主题被引入或重组。值得关注的是，空间物理部分现在包含了对系外行星及其探测方法（凌日法和径向速度法）的简要介绍，并与多普勒效应相联系。这是一个虽小但引人入胜的新增内容，可能出现在新情境题中。
The outdated topic of 'thermionic emission' has been removed from the Electronics section, and the content on cathode-ray oscilloscopes has been reduced to a basic understanding of how voltage and time-base affect the display. The focus now shifts to digital sensors and data-logging applications, reflecting modern lab practice.
电子学部分中过时的“热电子发射”主题已被删除，关于阴极射线示波器的内容也缩减到只需基本理解电压与时基如何影响显示。现在的重点转向数字传感器和数据采集应用，反映现代实验室实践。
In Electricity, the treatment of circuit components has been expanded to include the reed relay and the Hall effect sensor, which were previously only in the Extended supplement. All students must now understand the operational principles of solid-state devices and their uses in switching circuits.
在电学部分，电路元件的讲解范围已扩大，纳入了先前仅出现在拓展补充部分中的舌簧继电器和霍尔效应传感器。现在所有学生都必须理解这些固态器件的工作原理及其在开关电路中的用途。
Nuclear Physics now includes a clearer distinction between nuclear fission and fusion, with fusion placed more firmly in the context of stars. The safety aspects of nuclear reactors, such as shielding and control rods, are now explicitly linked to energy concepts, making it a cross-topic favourite.
核物理现在更清楚地区分了核裂变与核聚变，并将核聚变更牢固地置于恒星的背景下。核反应堆的安全方面，如屏蔽和控制棒，现在明确与能量概念相关联，使之成为跨主题的热门考点。
8. Increased Emphasis on Application and Analysis | 加强对应用和分析的重视
The 2026 exam papers are infused with real-world contexts. You will encounter questions that describe a scenario – such as a solar farm, a medical ultrasound scan, or a braking car – and ask you to apply physics principles to explain or calculate. These are not merely 'word problems' but require you to extract data, select the right model, and justify your choices.
2026年的试卷充满了真实世界的情境。你会碰到描述诸如太阳能电场、医用超声扫描或制动汽车等场景的题目，要求你应用物理原理进行解释或计算。这些不仅仅是“应用题”，还需要你提取数据、选择合适模型并论证自己的选择。
Analytical skills are tested through data response questions. A table of experimental results may be provided, and you might be asked to complete missing values, plot a graph, determine a gradient, and then interpret the gradient in terms of a physical constant. This mirrors the process of practical science, rewarding systematic thinking.
数据分析题考查分析技能。可能会提供一个实验结果表格，要求你补全缺失数值、绘制图表、求出斜率，然后根据物理常数解释该斜率的意义。这反映了科学实践的过程，奖励系统化的思维方式。
Extended answer questions now frequently begin with 'Evaluate' or 'Discuss', expecting you to present balanced arguments. For example, you might evaluate the advantages and disadvantages of nuclear power versus wind energy, considering efficiency, cost, and environmental impact. To score highly, you must reference scientific facts and use precise terminology.
拓展回答题现在常以“评估”或“讨论”开头，期望你提出正反两面的论点。例如，你可能需要评估核能相对于风能的优缺点，考虑效率、成本和环境影响。要得高分，你必须引用科学事实并使用精确的术语。
9. Time Management in the New Format | 新格式下的时间管理
The changes in question style affect how you should allocate your time during the exam. For the theory papers, the recommended minutes per mark remain a reliable guide – roughly 1.2 minutes per mark on Paper 4. However, planning is now essential for the practical planning and evaluation questions, which may require 10 to 15 minutes of structured thinking before you start writing.
问题风格的变化影响着你在考试中如何分配时间。对于理论试卷，推荐的每分钟对应分值仍然是可靠指南——试卷4上大约是每分1.2分钟。但是，对于实验计划和评估题，现在必须在动笔前留出10到15分钟进行条理清晰的构思。
For Paper 2, you must not get stuck on one problem. A good strategy is to answer all the questions you find straightforward first, then return to the trickier ones. Since each question carries the same weight, it is counterproductive to spend five minutes on a single early question while leaving easy marks at the end untouched.
对于试卷2，你绝不能在一道题上卡住。一个良好策略是先回答所有你觉得容易的题目，再回头处理较难的。由于每道题分值相同，花五分钟在开头的一道题上而放过后面简单的得分点，是得不偿失的。
Mock exams under timed conditions are invaluable. When practising, use a stopwatch and strictly enforce the time limits. Afterwards, review any timing bottlenecks. You might discover that plotting a graph takes you longer than expected; then you can deliberately speed up by having pre-drawn axes or using quick scaling techniques.
在限时条件下进行模拟考试极其宝贵。练习时使用秒表并严格执行时间限制。之后，复盘任何时间上的瓶颈。你可能会发现绘制图表比预想耗时更长；那么你就可以通过预先画好坐标轴或使用快速标度技巧来有意提速。
10. Recommended Study Strategies for 2026 | 2026年推荐学习策略
To adapt to the new emphasis on skills, adjust your study routine. Instead of passively reading notes, engage in active recall: after studying a topic, close your book and write down everything you remember, then check for gaps. Use flashcards for definitions, units, and key diagrams.
为了适应对技能的新强调，调整你的学习常规。不要被动地阅读笔记，而要进行主动回忆：学习一个主题后，合上书写下你记得的全部内容，然后检查遗漏。使用抽认卡记忆定义、单位和关键示意图。
Integrate practical work into your theory revision. For every experiment mentioned in the syllabus, practise writing short methods, identifying independent, dependent and control variables, and listing standard safety precautions. You can also watch laboratory videos online but must take notes as if you were performing the experiment yourself.
将实验工作融入理论复习。对于大纲中提到的每一个实验，练习写出简短的方法，识别自变量、因变量和控制变量，并列出标准的安全预防措施。你还可以在线观看实验视频，但必须像自己动手做实验一样做笔记。
Form a study group to discuss tricky concepts and solve problems collaboratively. Explaining a physics idea to a peer is one of the most effective ways to deepen your own understanding. Use past papers from 2022 onwards as a practice resource, but be aware that the 2026 specimen papers will give the most accurate indication of the new style.
组建一个学习小组，讨论棘手的概念并协作解决问题。向同伴解释一个物理思想是加深自身理解的最有效方式之一。使用2022年以后的历年真题作为练习资源，但要知道2026年的样卷才是对新风格最准确的指示。
11. Common Pitfalls to Avoid | 需要避免的常见陷阱
One of the biggest mistakes in the new exams is neglecting units and significant figures. Marks are specifically allocated for these details; always state the unit with a numeric answer and give your final result to the same number of significant figures as the least precise piece of data used.
新考试中最大的错误之一就是忽略单位和有效数字。这些细节有专门的分值；数值得分的答案一定要带上单位，并让最终结果的有效数字位数与所用数据中精度最低的位数保持一致。
Another pitfall is writing vague explanations. If a question asks 'Explain why the resistance of a filament lamp increases', it is insufficient to say 'because it gets hot'. You need to mention the vibration of metal ions, the increased frequency of collisions with electrons, and the resultant reduction in drift velocity. Use precise scientific terms from the syllabus glossary.
另一个陷阱是写出模糊的解释。如果题目问“解释为什么灯丝的电阻会增加”，只说“因为它变热了”是不够的。你需要提到金属离子的振动加剧、与电子碰撞频率增加以及导致漂移速度减小。使用大纲词汇表中的精确科学术语。
Many students misinterpret command words. 'State' means give a short, concise answer; 'Describe' requires a step-by-step account; 'Explain' demands reasons and mechanisms. The updated syllabus includes a detailed list of these commands – familiarise yourself with it to avoid losing marks through misunderstanding.
很多学生会误解指令词。“陈述”要求给出简短、简洁的答案；“描述”需要逐步讲述；“解释”则要求给出原因和机制。更新后的大纲包含了这些指令词的详细清单——通过熟悉它来避免因误解而失分。
12. Looking Ahead: Future Trends in Physics Assessment | 展望未来：物理评估的未来趋势
The 2026 changes are not simply a one-off update; they signal a long-term direction for physics assessment. The integration of experimental skills into written papers, the use of real-world data sets, and the emphasis on evaluative judgment are here to stay. Future syllabuses may introduce even more inquiry-based tasks and cross-disciplinary links with mathematics and engineering.
2026年的变化并非一次性的更新；它们指明了物理评估的长期方向。实验技能融入书面试卷、真实数据集的使用、以及评估性判断的强调，这些都将是常态。未来的大纲可能会引入更多基于探究的任务以及与数学和工程学的跨学科联系。
Digital assessment is also on the horizon. While 2026 remains paper-based, CIE has started pilot programmes for on-screen examinations that could include interactive simulations. Being comfortable with analyzing graphs and data on a screen will become increasingly valuable.
数字化评估也已初露端倪。虽然2026年仍为纸笔考试，CIE已经开始试点机考，其中可能包含互动模拟。习惯于在屏幕上分析图表和数据将变得日益重要。
By staying curious, practising consistently, and embracing the shift towards skills-based learning, you will not only excel in the 2026 exams but also build a solid foundation for A-Level Physics and beyond. Treat these changes as an opportunity to understand physics more deeply, not just to pass a test.
通过保持好奇心、持续练习、并拥抱向技能型学习的转变，你不仅会在2026年考试中脱颖而出，还会为A Level物理及更高阶段的学习打下坚实基础。把这些变化当作更深入理解物理的机会，而不仅仅是为了通过一场考试。
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