📚 CAIE IGCSE Physics 2026: Exam Changes and Trends | CAIE IGCSE物理2026年考试变化与趋势
For Year 10 students preparing for the CAIE IGCSE Physics 0625 examination in 2026, understanding the latest syllabus updates and emerging assessment trends is essential. The 2026 exam cycle introduces a refreshed syllabus (2026–2028) that refines content, streamlines assessment structure, and places greater weight on practical inquiry and mathematical reasoning. This article unpacks the key changes you can expect, analyses the shifting nature of exam questions, and offers actionable revision strategies to help you stay ahead of the curve.
对于准备2026年CAIE IGCSE物理 0625 考试的10年级学生来说，了解最新的教学大纲更新与评估趋势至关重要。2026年考试周期采用了一份更新的大纲（2026–2028），它在内容上做了精炼，优化了评估结构，并加大了对实验探究和数学推理的考查力度。本文将深入剖析你可以预期的关键变化，分析考题性质的演变，并提供可操作的复习策略，助你走在趋势前沿。
1. Overview of the 2026 Exam Syllabus | 2026年考试大纲概览
The 2026 syllabus (for examination from 2026) retains the familiar core domains: General Physics, Thermal Physics, Waves, Electricity and Magnetism, Nuclear Physics, and Space Physics. However, the content has been reorganised to promote a more spiral approach, linking concepts such as energy conservation across topics. The learning objectives are now framed using clear ‘Define’, ‘Describe’, ‘Explain’, and ‘Calculate’ command words, making the required depth of understanding more explicit.
2026年大纲（适用于2026年起考试）保留了大家熟悉的领域：普通物理、热物理、波动、电学与磁学、核物理以及空间物理。但内容经过了重新编排，以促进螺旋式教学，将能量守恒等概念贯穿各个主题。学习目标现在使用清晰的指令词如“定义”、“描述”、“解释”和“计算”来表述，使得要求的理解深度更加明确。
2. Key Changes in the Updated Syllabus | 更新大纲的主要变化
One of the most noticeable structural shifts is the consolidation of the multiple‑choice papers. Previously, Core candidates sat Paper 1 and Extended candidates sat Paper 2. From 2026, all candidates will sit a single Paper 1 lasting 45 minutes, containing 40 compulsory multiple‑choice questions. Of these, the first 30 questions are aligned with the Core content, while questions 31–40 are set at the Extended level. This means Extended candidates must answer all 40 items, whereas Core candidates focus on the first 30. The change removes the need for a separate Extended MCQ paper and standardises the experience for all students. The theory papers (Paper 3 for Core, Paper 4 for Extended) and practical components (Paper 5 and Paper 6) remain largely unchanged in structure, though the style of questions is evolving.
最显著的结构性变化之一是选择题试卷的整合。此前，核心考生参加Paper 1，扩展考生参加Paper 2。从2026年起，所有考生都将参加一份时长为45分钟的Paper 1，包含40道必做的选择题。其中前30题与核心内容对齐，第31–40题则属于扩展水平。这意味着扩展考生需完成全部40道题，而核心考生只需集中做完前30题。这一改变省去了单独的扩展多选题试卷，统一了所有学生的考试体验。理论试卷（Paper 3 核心理论、Paper 4 扩展理论）以及实验部分（Paper 5 实验操作、Paper 6 实验替代笔试）在结构上基本保持不变，但考题风格正在演变。
| Aspect | Pre‑2026 | 2026 onwards |
|---|---|---|
| Multiple‑Choice Paper | Separate Paper 1 (Core) and Paper 2 (Extended), each 45 minutes, 40 questions | Single Paper 1 for all, 45 minutes, 40 questions (Core and Extended content combined) |
| Theory Paper | Paper 3 (Core) / Paper 4 (Extended), 1h 15min and 1h 45min | Paper 3 / Paper 4 unchanged in duration; more data‑analysis and scenario‑based items |
| Practical Assessment | Paper 5 (Practical Test) or Paper 6 (Alternative to Practical) | No structural change; enhanced focus on planning investigations and evaluating evidence |
3. Paper Structure and Assessment Format | 试卷结构与评估形式
Beyond the MCQ consolidation, the format of theory papers is being tweaked. Paper 4 (Extended) now routinely includes longer questions that ask you to interpret unfamiliar data, draw conclusions from graphs, or suggest improvements to experimental designs. The number of ‘stretch’ marks—questions that distinguish Grade 8/9 performers—has increased. These typically appear as the last part of a structured question and require you to combine ideas from different syllabus areas. For instance, a question might link an electrical circuit with an energy transfer calculation and a critique of safety precautions, all within one context.
除了多选题的合并，理论试卷的格式也在微调。Paper 4（扩展）现在经常包含需要解释陌生数据、从图表中得出结论或提出实验设计改进的长问题。“拔高”分值——区分8/9等级表现者的题目——有所增加。这类题目通常出现在结构题的最后一部分，要求你将来自不同大纲领域的思想结合起来。例如，一道题可能将电路、能量转移计算以及对安全措施的评论融合在同一个情境中。
Paper 3 (Core) similarly rewards clear step‑by‑step reasoning and the correct use of units. Short‑answer questions now frequently embed command words such as ‘State and explain’, testing both factual recall and application. Both theory papers continue to use mathematical problems, but the proportion of marks allocated to mathematical skills has risen to approximately 30% for Extended candidates.
Paper 3（核心）同样奖励清晰的逐步推理和正确的单位使用。简答题现在频繁嵌入诸如“陈述并解释”的指令词，同时考察事实回忆和应用。两份理论卷都继续使用数学问题，但扩展考生数学技能所占分数比例已上升至约30%。
4. Increased Emphasis on Practical Skills | 实验技能考查加重
Although the practical papers remain the same in name, there is a strong push to assess scientific investigation skills throughout the syllabus. In Paper 6 (Alternative to Practical), you will encounter more questions that ask you to plan an experiment from scratch—selecting variables, describing apparatus with precise measurements, and identifying risks. The marking schemes now demand explicit reference to control variables and repeated trials. Even in the theory papers, expect at least one 5‑mark question that asks you to design a simple investigation, analyse simulated results, or explain why a particular reading is anomalous.
尽管实验试卷的名称没变，但在整个大纲中考查科学探究技能的倾向非常强烈。在Paper 6（实验替代笔试）中，你会遇到更多要求从头开始规划实验的题目——选择变量、用精确测量描述仪器、并识别风险。评分方案现在明确要求提及控制变量和重复实验。甚至在理论试卷中，预计至少会有一道5分的题目，要求你设计一项简单的调查、分析模拟结果，或解释为什么某个读数异常。
For school‑based assessments, many centres are increasing the number of hands‑on practicals so that students can confidently handle apparatus like oscilloscopes, ray boxes, and digital meters. Understanding how to minimise parallax error, how to use a micrometer screw gauge, and how to construct a reliable circuit diagram has become non‑negotiable.
就校内评估而言，许多中心正在增加动手实验的次数，以便学生能自信地操作示波器、光线盒和数字仪表等设备。理解如何减少视差误差、如何使用螺旋测微器、以及如何构建可靠的电路图，已成为不可或缺的技能。
5. Mathematics in Physics: Growing Demands | 物理中的数学：要求日益提高
Numeracy has always been at the heart of IGCSE Physics, but the 2026 examinations demand more fluency. Candidates must rearrange equations with a higher degree of algebraic confidence, handle proportional reasoning, and interpret logarithmic scales (e.g., in radioactivity decay graphs). Key formulas such as v = u + at, Eₖ = ½mv², P = IV, and n = sin i / sin r must be used accurately under time pressure. The examiner frequently includes ‘show that’ style items, where you derive a numerical value from given data and must present the full working to gain marks.
计算能力一直是IGCSE物理的核心，但2026年考试要求更高的流利度。考生必须更具代数信心地变形公式，运用比例推理，并能解读对数坐标（例如在放射性衰变图中）。v = u + at、Eₖ = ½mv²、P = IV 和 n = sin i / sin r 等关键公式必须在时间压力下准确使用。考官经常设置“证明”式题目，即要求你从给定数据推导出一个数值，并须呈现完整解题过程才能得分。
Critical graphing skills—plotting points precisely, drawing lines of best fit, calculating gradients, and interpreting the area under a graph—are assessed across multiple topics. A common pitfall is forgetting to convert units: e.g., using grams instead of kilograms, or centimetres instead of metres. Keep a unit‑conversion checklist in mind: speed (m/s), force (N), energy (J), pressure (Pa), and so on. Unforgiving marking means a unit error can cost the entire mark for a calculation, even if the method is correct.
关键的作图技能——精确描点、绘制最佳拟合线、计算斜率和解读图像下的面积——贯穿多个主题的考查。常见的陷阱是忘记单位换算：比如用克代替千克，或厘米代替米。请牢记单位换算清单：速度（米/秒）、力（牛）、能量（焦耳）、压强（帕斯卡）等。严格的评分意味着单位错误可能导致整道计算题失分，即便方法正确。
6. Command Words and Marking Patterns | 指令词与评分模式
Understanding what the examiner wants is half the battle. The 2026 syllabus clearly defines command words. For example, ‘State’ requires a concise answer without explanation; ‘Describe’ needs a step‑by‑step account of what happens; ‘Explain’ must include a scientific reason often linked to a law or principle, using ‘because’ or ‘due to’. ‘Calculate’ demands numerical working, while ‘Suggest’ invites a reasoned hypothesis beyond the obvious. Mark schemes have become more granular, with separate points for identification and justification. When you see ‘Explain why the temperature remains constant during a change of state’, you must invoke latent heat and energy used to break intermolecular bonds, not just state that melting occurs.
理解考官想要什么就已经成功了一半。2026年大纲清晰定义了指令词。例如，“State”要求给出简洁的答案，无需解释；“Describe”需要逐步描述发生了什么；“Explain”必须包含科学理由，通常联系到一个定律或原理，使用“因为”或“由于”。“Calculate”要求数值计算过程，而“Suggest”则邀请提出一个超越表面的合理假设。评分方案变得更加细化，识别点和论证点分开给分。当你看到“解释为何在状态变化期间温度保持恒定”时，必须调用潜热和用于打破分子间键的能量，而不仅仅是陈述发生了熔化。
Top‑scoring scripts demonstrate the ability to use scientific vocabulary precisely. For example, in electricity, candidates should distinguish ‘current’ and ‘voltage’ sharply and avoid vague terms like ‘amount of electricity’. Practising with mark schemes and modelling full‑mark answers is one of the most efficient ways to internalise this language.
高分答卷展现出精确使用科学词汇的能力。例如，在电学中，考生应明确区分“电流”与“电压”，并避免使用“电量”等模糊说法。利用评分方案进行练习并模仿满分的作答方式，是内化这种语言最有效的方法之一。
7. Common Misconceptions and How to Avoid Them | 常见误区与避免方法
Certain misconceptions resurface every exam series and are a prime target for the new papers. In mechanics, many students confuse velocity and acceleration, thinking that a steady speed implies no forces. In reality, when velocity is constant, the forces are balanced. In waves, a frequent error is believing that a higher‑amplitude wave always carries more energy—true for a given medium, but not across different types. In electricity, some candidates think that current is ‘used up’ in a circuit; instead, current is conserved in a series circuit, while energy is transferred. The 2026 exam design deliberately embeds distractors that test these misunderstandings.
某些误区在每次考试系列中都会出现，也是新试卷的重点攻击目标。在力学中，许多学生混淆速度和加速度，认为速度恒定意味着没有力。实际上，当速度恒定时，力是平衡的。在波动中，一个常见错误是认为振幅更大的波总是携带更多能量——在给定介质中这是真的，但跨不同类型时并不成立。在电学中，一些考生认为电流在电路中被“用光”了；而实际是在串联电路中电流守恒，只有能量被转移。2026年的考试设计刻意嵌入了测试这些误解的干扰项。
To overcome these traps, adopt a ‘force diagram’ habit in mechanics, label clearly which store of energy is changing in thermodynamics, and draw circuit diagrams with conventional current (from positive to negative). When you review mistakes in past papers, don’t just note the correct answer; write a short sentence explaining why your original thought was scientifically incorrect. This metacognitive approach reinforces the right mental models.
要克服这些陷阱，养成力学中画“受力图”的习惯，在热力学中清晰标出哪个能量储存正在变化，并按照常规电流方向（从正到负）画电路图。当你回顾历年真题中的错误时，不要只记下正确答案；写一个短句解释你原来的想法为何在科学上不正确。这种元认知方法能强化正确的心智模型。
8. Effective Revision Strategies for 2026 | 2026年高效复习策略
Given the syllabus evolution, your revision must be intentional. Start by mapping every content statement in the 2026 syllabus to your notes, ticking off what you can teach back to a peer. Use active recall: test yourself on definitions daily, and close your textbook to reproduce diagrams like the cooling curve of water or the magnetic field around a solenoid. Interleaving topics—for example, studying a mechanics problem followed by a wave question—improves your ability to switch contexts, mimicking the exam paper.
鉴于大纲的演变，你的复习必须有针对性。首先将2026年大纲中每个内容表述与你的笔记对应，勾选出你能够向同伴复述讲解的部分。使用主动回忆法：每天自我检测定义，合上教科书画出例如水冷却曲线或螺线管周围磁场的示意图。穿插不同主题——例如先做一道力学题，接着一道波动题——能提高你切换情境的能力，模拟真实试卷。
Additionally, create summary sheets that link equations with their experimental origins. For instance, beside R = V / I, jot down ‘derived from Ohm’s law experiment, keep temperature constant, use variable resistor to change current, plot V‑I graph’. This reinforces the practical underpinning now examinable in theory papers. Regular timed practice with Paper 1 (the new 40‑question format) is indispensable; aim for 80% accuracy on Core questions and at least 60% on the Extended segment before tackling the full paper under exam conditions.
此外，制作总结页，将公式与其实验来源联系起来。例如，在 R = V / I 旁注明“源自欧姆定律实验，保持温度恒定，使用变阻器改变电流，绘制V‑I图”。这能巩固现在理论试卷中可考查的实验基础。定期限时练习Paper 1（新的40题格式）是不可或缺的；目标是在核心题上达到80%的正确率，扩展部分至少达到60%，再在模拟考试条件下完成整卷。
9. Using Past Papers Under New Trends | 在新趋势下使用历年真题
Past papers from the 2023–2025 syllabus remain a goldmine, but you must align them with the 2026 format. For multiple‑choice practice, older Paper 1 (Core) and Paper 2 (Extended) can still be used: Core candidates should work through Core papers, while Extended candidates should complete the full set of 40 questions from Paper 2 (old) but add a time limit of 45 minutes. Be aware that the new Paper 4 theory paper includes more open‑ended experimental design questions than the previous era, so supplement older papers with specimen materials released for 2026. The Cambridge specimen paper and mark scheme should be your benchmark.
2023–2025年大纲的历年真题依然是宝藏，但你必须将其与2026年的格式对齐。对于多选题练习，旧的Paper 1（核心）和Paper 2（扩展）仍可使用：核心考生应练习核心卷，扩展考生则需完成旧Paper 2的全部40道题，但将时间限制在45分钟内。请注意，新的Paper 4理论卷比以往包含更多的开放性实验设计题，因此要用2026年发布的样题材料补充旧卷。剑桥官方样题与评分方案应成为你的基准。
When marking your work, adopt the examiner’s mindset: award marks only when the precise wording or numerical tolerance is met. Pay special attention to the ‘and’ in ‘state and explain’—both parts must be addressed. Use a highlighter to identify key physics terms in mark schemes and ensure you’re using the same terminology. Building a glossary of preferred terms (e.g., ‘thermal energy store’ rather than ‘heat energy’) will prevent you from losing marks on otherwise correct reasoning.
批改自己的作业时，要采用考官的思维：只有当精确的措辞或数值容差得到满足时才给分。特别注意“说明并解释”中的“并”——两个部分都必须回应。用荧光笔在评分方案中标出关键的物理术语，确保你使用相同的用语。建立一个优先术语表（例如用“热能量储存”而不是“热能”），可防止你在本可正确推理的题目上失分。
10. Planning Your Exam Day Approach | 规划你的考日策略
Time management is critical, especially with the compressed Paper 1. Allocate roughly one minute per multiple‑choice question, leaving five minutes for review. For Paper 4 (Extended theory, 1 h 45 min), set milestones: complete Section A (45 marks) within 45 minutes, then spend 50 minutes on the three longer Section B questions, reserving 10 minutes for checking numerical answers and units. Don’t get stuck on a 2‑mark calculation; flag it and return later. Physics rewards those who keep moving and collect easy marks first.
时间管理至关重要，特别是对于紧凑的Paper 1。每道选择题分配大约一分钟，留五分钟检查。对于Paper 4（扩展理论，1小时45分钟），设定里程碑：在45分钟内完成A部分（45分），然后用50分钟完成B部分的三个长问题，保留10分钟检查数值答案和单位。不要在2分的计算题上卡住；做标记然后回头再做。物理会奖励那些持续前进、先拿易得分数的考生。
The practical paper, whether Paper 5 or Paper 6, often catches candidates off guard with graph plotting and data evaluation. Practice drawing large, clear axes and choosing sensible scales that use more than half the grid. When evaluating an experiment, think about reliability (repeating readings, removing anomalies), accuracy (equipment limits, parallax), and safety explicitly. Memorising a simple checklist—repeat, average, control variables, avoid parallax, use appropriate unit—will give you a framework for those open‑ended improvement questions.
实验卷，无论是Paper 5还是Paper 6，常以绘图和数据评估令考生措手不及。练习绘制大且清晰的坐标轴，并选择合理的标度，使图形占据网格的一半以上。在评估一项实验时，明确考虑可靠性（重复读数、去除异常值）、准确性（设备限度、视差）和安全性。记住一个简单的清单——重复、取平均、控制变量、避免视差、使用适当单位——将为你提供应对那些开放式改进问题的框架。
11. Resources and Support Available | 可用资源与支持
To thrive in the 2026 cycle, you need the right blend of resources. The official Cambridge IGCSE Physics 0626 specimen papers and teacher support packs are indispensable, but they work best alongside curated learning platforms. At TutorHao and aleveler.com, we provide topic‑specific question banks updated for the 2026 syllabus, video tutorials that walk through tricky concepts like moments and electromagnetic induction, and rapid‑fire quizzes that mirror the new Paper 1 style. Our revision notes are mapped directly to learning objectives, ensuring you never study redundant material.
要在2026年考试周期中脱颖而出，你需要恰到好处的资源组合。剑桥官方IGCSE物理0625样题和教师支持包不可或缺，但与精心策划的学习平台结合效果最佳。在TutorHao和aleveler.com，我们提供针对2026年大纲更新的专题题库、讲解如力矩和电磁感应等棘手概念的视频教程，以及模仿新Paper 1风格的快测题。我们的复习笔记直接映射到学习目标，确保你从不学习冗余内容。
Join study groups to discuss high‑yield topics, but verify your understanding against authoritative mark schemes. Regular one‑to‑one feedback from a tutor who understands the 2026 nuance can accelerate your progress by pinpointing examination language slip‑ups. Remember that physics isn’t a spectator sport; each hour of active problem‑solving outweighs three hours of passive reading.
加入学习小组讨论高分值主题，但要根据权威评分方案检验你的理解。理解2026年细微差别的导师提供的一对一定期反馈，能够通过精准指出你的考试语言失误来加速进步。请记住，物理不是一项观赏性运动；一小时的主动解题胜过三小时的被动阅读。
12. Final Thoughts and Next Steps | 最后的思考与后续步骤
The 2026 CAIE IGCSE Physics examination presents a real but navigable shift. The merged MCQ paper, deeper practical integration, and elevated mathematical demands are designed to produce scientifically literate students, not just memory champions. Embrace the change by starting early, revising actively, and constantly honing your exam technique. The pathway to the top grade is paved with consistent small wins—mastering a unit conversion here, avoiding a misconception there, and learning to read questions like an examiner.
2026年CAIE IGCSE物理考试呈现出真实但可驾驭的变化。合并后的多选题试卷、更深入的实验融合和更高的数学要求，都是为了培养具备科学素养的学生，而非单纯的记忆冠军。请拥抱这一变化，尽早开始、积极复习并不断磨炼你的应试技巧。通往最高等级的路径是由持续的小胜利铺就的——这里掌握一个单位换算，那里避开一个误区，并学会像考官一样审题。
Stay tuned to aleveler.com for the latest specimen walkthroughs and syllabus updates. With deliberate practice and the right strategies, you can turn the 2026 changes into your competitive advantage. Good luck, and may your curiosity drive your success.
请持续关注aleveler.com，获取最新的样题解析和大纲更新。通过有意识的练习和恰当的策略，你可以将2026年的变化转化为你的竞争优势。祝你好运，愿好奇心驱动你的成功。
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