📚 Year 11 CIE Physics: 2026 Exam Changes & Trends | Year 11 CIE物理：2026年考试变化与趋势
The 2026 examination series marks a significant refresh for Cambridge IGCSE Physics (0625). CIE has published an updated syllabus for 2026-2028, introducing key shifts in content, assessment objectives, and question style. Whether you are sitting Core or Extended papers, understanding these changes early will give you a strategic edge. This article breaks down all the major updates and explores emerging trends to help Year 11 students prepare effectively for the new style of assessment.
2026年考试季标志着剑桥 IGCSE 物理（0625）的一次重要更新。CIE 发布了 2026-2028 年的修订版大纲，在知识内容、评估目标和题型风格上都带来了关键变化。无论你参加核心还是拓展考试，尽早理解这些变化都能让你抢占先机。本文将详细拆解所有主要更新，并探讨出题趋势，帮助 Year 11 学生高效备战新的考试模式。
1. 2026 Syllabus Update Overview | 2026年教学大纲更新概述
Cambridge introduced a revised 0625 syllabus for first examination in 2026. The most visible change is the reorganisation of content, with Space physics gaining its own dedicated section. Several legacy topics have been removed or streamlined to reduce factual overload, while greater emphasis is placed on applying concepts to unfamiliar contexts. The assessment objective weightings have also been rebalanced, and the practical papers now demand stronger skills in experimental design and data analysis.
剑桥发布了首次考试于 2026 年的修订版 0625 大纲。最明显的变化是内容重组，空间物理成为一个独立的专属章节。为了减轻学生的记忆负担，一些传统主题被删除或精简，同时更加注重在陌生情境中应用物理概念。评估目标权重也作了重新平衡，实验相关的试卷现在对实验设计和数据分析能力提出了更高的要求。
2. Core vs Extended: What's Different? | 核心与拓展：有何不同？
The Core curriculum targets grades C-G, while Extended targets A*-C. In 2026, the content divide remains: Core papers avoid topics like specific latent heat, electromagnetic induction, and the full stellar life cycle. However, even Core students will now encounter basic ideas about the Solar System and orbital motion. Extended students must cover all Core material plus supplementary topics such as momentum, transformer calculations, and the cosmic microwave background radiation.
核心课程目标等级为 C-G，而拓展为 A*-C。2026 年，这种内容划分依然存在：核心试卷不会涉及比潜热、电磁感应和完整的恒星生命周期等主题。但即使是核心考生，现在也会接触到太阳系和轨道运动的基本概念。拓展考生则必须在核心内容的基础上，掌握动量、变压器计算、宇宙微波背景辐射等补充主题。
| Aspect | Core | Extended |
|---|---|---|
| Multiple Choice | Paper 1 (45 min, 40 marks) | Paper 2 (45 min, 40 marks) |
| Theory | Paper 3 (1 h 15 min, 80 marks) | Paper 4 (1 h 15 min, 80 marks) |
| Practical | Paper 5 or 6 (1 h 15 min, 40 marks) | Paper 5 or 6 (1 h 15 min, 40 marks) |
| Maximum Grade | C | A* |
（表格说明）核心与拓展的试卷结构对比，实验试卷可选实际操作考试（Paper 5）或替代笔试（Paper 6）。
3. Key Content Additions: Space Physics | 关键内容新增：空间物理
Space physics has been elevated from a small section within waves to a fully independent topic. Students must now understand the life cycle of a star, from nebula to protostar, main sequence, red giant, white dwarf, and for massive stars, supernova to neutron star or black hole. The Doppler effect and redshift are linked to evidence for the Big Bang, including cosmic microwave background (CMB) radiation.
空间物理已经从属于“波”的一个小部分升级为完全独立的主题。现在学生必须理解恒星的生命周期，从星云到原恒星、主序星、红巨星、白矮星，以及对于大质量恒星，从超新星到中子星或黑洞。多普勒效应和红移与大爆炸的证据相关联，包括宇宙微波背景（CMB）辐射。
avitational force providing centripetal force for circular orbits. Extended candidates need to interpret the equation v = 2πr ÷ T for orbital speed.
大纲还引入了对轨道运动的定性理解：人造卫星、地球静止轨道，以及引力为圆轨道提供向心力的概念。拓展考生需要运用公式 v = 2πr ÷ T 解释轨道速度。
4. Topics That Have Been Removed or Reduced | 删除或缩减的主题
Several legacy items have been permanently removed to allow deeper exploration of core concepts. The cathode-ray oscilloscope (CRO), detailed thermionic emission, and a number of older electronics topics such as logic gates with discrete components are no longer required. Some detailed wave phenomena, like the direct measurement of speed of sound using two microphones and an oscilloscope, have also been scaled back.
为了让核心概念得到更深入的探究，若干传统内容已被永久删除。阴极射线示波器（CRO）、详细的热电子发射，以及一些旧电子学主题，如使用分立元件的逻辑门，已不再考查。一些详细的波动现象，如使用两个麦克风和示波器直接测量声速的实验，也被削减。
ulations with balanced moments (F1 × d1 = F2 × d2) and understand pressure (p = F ÷ A), but there are fewer convoluted geometry-based variations.
此外，在力矩和压强部分，一些重复性计算被精简。但学生仍需会利用平衡力矩（F₁ × d₁ = F₂ × d₂）进行计算，并理解压强（p = F ÷ A），只是减少了复杂的几何变式考题。
5. Updated Assessment Objectives and Weighting | 更新的评估目标与权重
The new syllabus breaks down assessment objectives into three familiar categories but with slight reweighting. AO1 (Knowledge and understanding) remains at roughly 50%, AO2 (Handling information and problem solving) stays close to 30%, and AO3 (Experimental skills and investigations) now accounts for 20%. The shift appears subtle, but exam questions are increasingly designed to test AO2 within the same item, blending recall with analysis.
新大纲仍将评估目标分为三个人们熟知的类别，但在权重上略有调整。AO1（知识与理解）约占 50%，AO2（处理信息与解决问题）保持在 30% 左右，而 AO3（实验技能与探究）现已占 20%。数值变动看似细微，但试题设计越来越倾向于在同一题目中考查 AO2，将回忆与分析融为一体。
In the practical papers (5 and 6), AO3 is dominant, and markers now expect students to suggest improvements for experimental procedures, identify anomalous points, and justify the choice of apparatus—not just follow instructions.
在实验试卷（Paper 5 和 6）中，AO3 占主导地位，评分者现在期待学生能对实验步骤提出改进、识别异常点并论证仪器的选择，而不仅仅是按指令操作。
6. Changes in Paper Format and Timing | 试卷形式与时间安排的变化
Paper lengths and marks remain unchanged from the 2023–2025 cycle, but the distribution of command terms has shifted. There are now more 'Explain', 'Suggest', and 'Deduce' questions in Papers 3 and 4, while Papers 1 and 2 feature fewer simple recall items. Time management remains critical, as the expectation to write structured explanations within the same 45 or 75 minutes remains tight.
试卷长度和分值相对于 2023–2025 周期保持不变，但指令词的分布发生了变化。目前 Paper 3 和 4 中的“解释”、“建议”和“推断”类问题更多，而 Paper 1 和 2 中简单的识记题有所减少。时间管理仍然十分关键，因为在相同的 45 或 75 分钟内仍需完成结构化的文字解释，时间依然紧张。
For the alternative to practical (Paper 6), the number of straightforward plotting tasks has declined, replaced by more graphical analysis and error evaluation. Students should practise plotting with error bars and using the gradient to determine a physical quantity.
对于替代实验笔试（Paper 6），简单的描点绘图任务数量已经减少，取而代之的是更多的图表分析和误差评估。学生应该练习绘制带误差棒的图线，并学会利用斜率来确定物理量。
7. Increased Emphasis on Practical Skills | 实验技能重点加强
The 2026 syllabus elevates experimental design and evaluation to a level previously unseen in IGCSE Physics. For example, a Paper 6 question might present data from an unfamiliar experiment on the behaviour of a spring and ask the student to identify the limit of proportionality from a graph, calculate the spring constant in N/m, and then suggest why the value might differ from the manufacturer's specification—linking back to systematic errors.
2026 年大纲将实验设计与评价提升到了以往 IGCSE 物理中未曾达到的高度。例如，一道 Paper 6 题目可能给出一个关于弹簧行为的陌生实验数据，要求学生从图中识别比例极限，计算以 N/m 为单位的弹簧常数，然后解释为什么该数值可能与制造商规格有差异——这就要联系到系统误差。
Even if you are sitting Paper 5 (the hands-on practical test), you must now record your own results and subsequently discuss limitations such as parallax error, heating effects, or the difficulty of judging a complete oscillation. The ability to write a concise yet precise evaluation is now a differentiator for top grades.
即使你参加的是 Paper 5（动手操作测试），现在也必须记录自己的结果，并随后讨论视差误差、热效应或判断完整振动的困难等局限性。能否写出简洁而精准的实验评价，已成为区分顶尖分数的关键能力。
8. Mathematical Requirements in the New Syllabus | 新大纲的数学要求
ch as F = ma, P = IV, and E = ½mv² to solve for any variable. There is a noticeable increase in multi-step calculations where you first find the resistance using Ohm's law (R = V ÷ I), then use P = I²R to find power dissipation.
数学要求有所提升，但仍保持在 IGCSE 数学范围内。考生必须能够熟练变换公式，如 F = ma、P = IV 和 E = ½mv²，以求解任意变量。多步骤计算的题目明显增多，例如先用欧姆定律（R = V ÷ I）求出电阻，再利用 P = I²R 计算功率损耗。
Understanding direct and inverse proportionality, interpreting the gradient and area under a graph, and using ratios to compare quantities are now essential skills. Extended students should also be comfortable with manipulating relationships like T² ∝ r³ for orbital periods.
理解正比与反比关系、解读图线的斜率和线下面积，以及使用比值来比较物理量，现在都是必备技能。拓展考生还应能够熟练处理轨道周期的 T² ∝ r³ 这类关系式。
9. Question Trends: More Application and Analysis | 题型趋势：更多应用与分析
Recent examiner reports and the 2026 specimen papers indicate a clear trend: rote learning of definitions carries less weight. The exam board wants candidates to use physics to explain everyday phenomena. For instance, instead of simply stating Newton's third law, a question might describe a person jumping off a boat and ask why the boat moves backward, requiring application of the law in a specific context.
最近的考官报告和 2026 年样卷显示出一个明显的趋势：死记硬背定义的重要性下降。考试局希望考生运用物理知识解释日常现象。例如，题目不再仅仅要求陈述牛顿第三定律，而是可能描述一个人从船上跳下的情景，并询问船为何向后移动，这需要将定律应用于具体情境中。
y, using g = GM ÷ r² in a proportional reasoning manner. These items test both AO1 and AO2 simultaneously.
数据回应题正在增多。你可能会得到一张行星数据表，并要求运用 g = GM ÷ r² 的关系，通过比例推理推断出哪颗行星的表面重力最强。这类题目同时测试 AO1 和 AO2。
10. Exam Technique Tips for 2026 | 2026年考试答题技巧
First, master precise scientific vocabulary. Terms like 'resultant force', 'uniform acceleration', and 'specific heat capacity' must be used accurately. Vague language will lose marks, especially in 'State' and 'Define' questions that still appear as starters. Second, pay meticulous attention to units—always convert to SI before substituting numbers. Forgetting to convert grams to kilograms or centimetres to metres is a common and costly mistake.
首先，掌握精确的科学词汇。像“合力”、“匀加速度”、“比热容”这样的术语必须准确使用。模糊的表述会扣分，尤其是在仍然作为开篇出现的“陈述”与“定义”题中。其次，特别注意单位——务必在代入数值之前转换为国际单位。忘记将克转化为千克或厘米转化为米，是常见且代价高昂的错误。
Third, practise drawing diagrams. Questions asking you to draw ray diagrams for lenses, magnetic field patterns around wires, or force vectors must be answered neatly with a ruler and sharp pencil. Annotate your diagrams to show understanding. Finally, for Paper 6, always include a line of best fit and calculate the gradient using a large triangle occupying at least half the line.
第三，练习绘制图表。要求绘制透镜光线图、载流导线周围磁场模式或力矢量的问题，必须用尺子和尖锐的铅笔整洁作答。在图上加注以展示理解。最后，对于 Paper 6，务必画出最佳拟合线，并利用占据线段至少一半的较大三角形来计算斜率。
11. Recommended Resources and Revision Approach | 推荐资源与复习方法
Start your revision with the official 2026-2028 syllabus document, which lists all command terms, definitions, and mathematical requirements. Pair this with the updated Cambridge IGCSE Physics Coursebook and Workbook endorsed for the new specification. Past papers from 2023-2025 remain useful for practising calculations and core concepts, but supplement them with the 2026 specimen papers to experience the new question style.
从官方的 2026-2028 年教学大纲文件开始复习，其中列出了所有指令词、定义和数学要求。配合为新规格背书的更新版剑桥 IGCSE 物理教材与练习册使用。2023-2025 年的历年真题对于练习计算和核心概念仍然有用，但要用 2026 年样卷来补充，以体验新的题型风格。
Adopt an active recall approach: after reading a section, close the book and write down everything you remember, then check for gaps. Create flashcards for the new Space physics terminology—redshift, CMB, nebula, main sequence. Finally, form a study group to discuss open-ended 'Suggest' and 'Explain' questions; articulating reasoning aloud sharpens analytical clarity.
采用主动回忆法：读完一个小节后，合上书写下你记住的所有内容，然后对照检查遗漏。为新的空间物理术语制作闪卡——红移、CMB、星云、主序星。最后，组建学习小组讨论开放式的“建议”和“解释”类问题；将推理过程大声讲出来能提升分析的清晰度。
12. Final Thoughts: Embracing the Changes | 结语：拥抱变化
The 2026 CIE Physics specification is designed to cultivate authentic scientific literacy rather than surface-level recall. While new content and question styles may seem daunting, they also reward students who build a genuine understanding of how the physical world works. Tackle the syllabus systematically, stay curious about real-world physics, and use the updated assessment format to your advantage. With the right strategy, Year 11 students can turn these changes into an opportunity to achieve their best possible grade.
2026 年 CIE 物理规格旨在培养真正的科学素养，而非肤浅的记忆。虽然新增内容和新的出题方式可能令人生畏，但它们也会奖励那些真正理解物理世界运行规律的学生。系统地攻克大纲，保持对现实世界物理现象的好奇心，并充分利用更新的评估格式。只要方法得当，Year 11 学生就能将这些变化转变为机会，进而争取到最理想的成绩。
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