📚 Year 10 Eduqas Physics: 2026 Exam Changes and Trends | Year 10 Eduqas 物理：2026年考试变化与趋势
If you are in Year 10 and preparing for your Eduqas GCSE Physics exams in 2026, you are stepping into a slightly refreshed assessment landscape. While the core specification (C420) remains unchanged, several important adjustments to exam support materials, question style and assessment emphasis are being introduced for the 2026 series. Understanding these changes now will help you refine your revision strategy, focus on the skills that matter most and walk into the exam hall with confidence. This article breaks down every key development you need to know, from permanent equation sheets to deeper core practical questioning, so you can stay ahead of the curve.
如果你正在读十年级，并准备 2026 年的 Eduqas GCSE 物理考试，你将进入一个经过微调的测评环境。尽管核心课程大纲（C420）保持不变，但从 2026 年考试季起，考试辅助材料、设问风格以及考查侧重点都会出现一些重要的调整。现在了解这些变化，能帮助你优化复习策略，聚焦最重要的技能，并从容走进考场。本文为你详细拆解每一个你需要知道的关键发展——从永久性公式表到更深入的核心实验考查——帮助你抢先一步。
1. Updated Equation Sheets | 更新的公式表
From the summer 2026 examination series, Eduqas will provide full equation sheets inside both Component 1 and Component 2 papers. This follows the Department for Education’s decision to make the post-pandemic equation support permanent for GCSE Physics. The sheet contains all the relationships you would previously have had to memorise, including those for motion, forces, energy, waves and electricity. You will still need to select the correct equation for each context, rearrange it confidently and substitute values with correct units.
从 2026 年夏季考试季开始，Eduqas 将在第一单元和第二单元的试卷内提供完整的公式表。这是根据教育部决定将疫情后的公式支持永久化而实施的。公式表包含了以往需要死记硬背的所有关系式，涵盖运动、力、能量、波和电学等。你仍然需要为每个情境选择正确的公式，自信地进行公式变形，并代入带有正确单位的数值。
The equation sheet will feature expressions such as:
公式表上将出现以下表达式：
v = u + a t
v² = u² + 2 a s
F = m a
P = I V
Having the sheet removes the burden of recall, so examiners will assign more marks to working, unit conversions and sensible judgement of results. Practise using the sheet as a tool, not a crutch.
有了公式表就省去了记忆的负担，因此考官会把更多分数分配给计算过程、单位换算以及对结果的合理判断。请把公式表当作工具而不是拐杖来练习使用。
2. Changes in Required Practicals | 必修实践的变化
Eduqas does not have a separate practical endorsement, but its specified core practicals remain central to the written papers. In 2026, the tendency is to move away from simple recall of practical steps and towards questions that probe understanding of variables, sources of error and justifications for method choices. You might be shown an unfamiliar setup that mirrors a core practical and be asked to evaluate its design.
Eduqas 没有单独的实践操作背书，但其规定的核心实验仍然是书面考卷的关键。2026 年的趋势是，从简单的实验步骤回忆，转向考查对变量、误差来源以及方法选择理由的理解。你可能会看到一个模仿核心实验的陌生装置，并被要求评价其设计。
Typical core practicals you must study include measuring density, investigating resistance of a wire, determining I-V characteristics of components, exploring force and extension for a spring, and measuring wave speed in a ripple tank. For each one, be ready to describe how you would improve accuracy, why you repeat readings and how you would present data.
你必须学习的典型核心实验包括：测量密度、探究导线电阻、测定元器件的 I-V 特性、探究弹簧的力与伸长量、以及用波纹槽测量波速。对于每一个实验，都请准备好描述如何提高准确度、为什么要重复读数以及如何呈现数据。
3. Increased Focus on Mathematical Skills | 对数学技能要求的提高
At least 30% of the total marks in Eduqas GCSE Physics are allocated to mathematical skills, and this proportion is being applied more rigorously in 2026. Expect multi-step calculations that blend more than one equation, the use of significant figures, standard form, prefixes and graph drawing. Questions often ask you to determine the gradient of a straight-line graph and link it to a physical quantity.
Eduqas GCSE 物理总分中至少有 30% 分配给数学技能，而且这一比例将在 2026 年得到更严格的落实。预计会出现混合多个公式的多步计算、有效数字的运用、标准形式、单位前缀以及绘图。试题经常要求你测定直线图像的斜率，并与某个物理量建立联系。
High-tier students especially should feel comfortable rearranging equations such as p = F / A and ρ = m / V, and converting units like mm² to m². Using the formula sheet does not reduce the need for fluent algebraic manipulation — if anything, it raises the bar for application.
特别是在高阶试卷中，学生应当能够轻松变形像 p = F / A 和 ρ = m / V 这样的公式，并能转换诸如 mm² 到 m² 的单位。使用公式表并不会降低对娴熟的代数操作能力的要求——相反，它提高了应用的门槛。
4. New Question Styles and Command Words | 新的题型与指令词
Eduqas is refining the phrasing of questions to better discriminate between levels of response. Command words such as 'State', 'Describe', 'Explain', 'Compare' and 'Evaluate' are used with stricter expectations. 'Explain' now almost always requires a scientific reason linked to the scenario, not just a statement. 'Compare' expects you to mention both similarities and differences, using comparative language.
Eduqas 正在优化试题的措辞，以便更好地区分不同层级的作答。'State'、'Describe'、'Explain'、'Compare' 和 'Evaluate' 等指令词现在都有了更严格的预期。'Explain' 几乎总是要求联系题给情境给出一个科学原因，而不仅仅是陈述。'Compare' 则期望你使用对比性语言，同时提到相似点和不同点。
Newer question formats also include 'Justify a choice' from supplied data, and 'Suggest why' using models. Practise reading the command word and checking how many marks are allocated — this tells you the depth and structure expected.
较新的题目形式还包括根据所给数据“证明某个选择合理”和运用模型“建议原因”。请练习阅读指令词并核对题给分值——这会告诉你期望的作答深度和结构。
5. Extended Response and Evaluation | 拓展作答与评估
The 6-mark extended response questions are becoming more common and more sophisticated. In 2026, these questions will often present an unfamiliar context, such as designing a safety feature for an electric bike or evaluating a renewable energy proposal. Your answer must be logically structured, use specific physics vocabulary and draw a well-reasoned conclusion.
6 分拓展型作答题目正变得越来越普遍、越来越精巧。2026 年，这类问题往往会给出一个陌生情境，比如为电动自行车设计一个安全装置，或评价一项可再生能源方案。你的答案必须逻辑清晰、使用恰当的物理术语，并得出有论据支撑的结论。
To excel, think 'PEEL' — point, evidence, explanation, link back to the context. Examiners are looking for quality chains of reasoning rather than isolated facts. Allocate about 6-8 minutes to plan and write these answers in the exam.
要想脱颖而出，可以运用 “PEEL” 结构——观点、证据、解释、联系回情境。考官寻找的是高质量的推理链，而不是孤立的知识点。请在考试中留出约 6 到 8 分钟来规划并书写这些答案。
6. Assessment Objective Weightings | 评估目标权重调整
Eduqas follows the standard GCSE Physics assessment objectives, but the balance is subtly shifting. AO1 (knowledge and recall) stays around 40%, AO2 (application of knowledge) remains at 40%, and AO3 (analysis and evaluation) accounts for 20%. However, within AO2, there is a trend towards more unfamiliar contexts, and within AO3, more emphasis on evaluating methods and data sets rather than simply identifying errors.
Eduqas 遵循标准的 GCSE 物理评估目标，但其平衡正在发生微妙变化。AO1（知识与记忆）保持在 40% 左右，AO2（应用知识）依然占 40%，而 AO3（分析与评价）占 20%。不过，在 AO2 内部，出现了更多陌生情境的趋势；而在 AO3 内部，则更加侧重评价方法与数据集，而非仅仅挑出错误。
This means your revision must move beyond textbook recall. Practise answering questions that ask 'What does the data show?' and 'How could the investigation be improved?' rather than simply 'What is the process?'
这意味着你的复习必须超越课本知识的复述。请多练习回答“数据显示了什么？”“探究可以如何改进？”而不是仅仅回答“过程是什么？”。
7. Exam Tier Structure and Paper Design | 考试层级与试卷结构
Eduqas GCSE Physics retains two tiers — Foundation (grades 1-5) and Higher (grades 4-9). Both tiers sit two written papers: Component 1 (Concepts in Physics) and Component 2 (Applications in Physics), each lasting 1 hour 45 minutes and worth 80 marks. In 2026, the differentiation between tiers continues to rely largely on question complexity rather than on completely different topics.
Eduqas GCSE 物理保留两个层级——基础层（1-5 分）和高阶层（4-9 分）。两个层级都需要参加两份书面试卷：第一单元（物理概念）和第二单元（物理应用），每份试卷时长 1 小时 45 分钟，满分 80 分。在 2026 年，层级之间的区分仍主要依赖于题目复杂度，而非完全不同的主题。
The Applications paper increasingly uses real-world contexts such as medical imaging, satellite technology and electrical safety. If you are targeting the Higher tier, you should practise reading longer, text-heavy problems and extracting relevant physics from them.
应用部分试卷越来越多地使用现实世界的情境，如医学成像、卫星技术和电气安全。如果你的目标是高阶层级，应当练习阅读文字量较大的长问题，并从中提取相关的物理内容。
8. Digital Assessment Trends | 数字化评估趋势
While the 2026 Eduqas Physics exams will still be paper-based, digital familiarity is growing in importance. Some schools already use online platforms for mock exams, and the assessment boards are exploring on-screen testing for the future. Eduqas has run pilot studies for digital assessments in science, and while 2026 is not the launch year, you might encounter more interactive pre-exam materials, such as simulation-based homework and virtual core practical tasks.
虽然 2026 年的 Eduqas 物理考试仍为纸笔形式，但对数字化工具的熟悉正变得越来越重要。一些学校已经在模拟考试中使用在线平台，评估机构也在探索未来的屏幕考试。Eduqas 已经针对科学学科开展了数字化评估试点研究；尽管 2026 年并非正式推出之年，但你可能接触到更多互动式的考前材料，例如基于模拟的课后作业和虚拟核心实验任务。
Engaging with these digital resources improves your data interpretation skills and helps you visualise abstract concepts like electric fields and wave behaviour. They are a powerful supplement to traditional revision, not a replacement.
使用这些数字化资源可以提高你的数据解读能力，并帮助你想象电场、波动行为等抽象概念。它们是对传统复习的有益补充，而非替代。
9. Revision Strategies for the New Look Exams | 应对新式考试的复习策略
Your revision programme for 2026 should include specific tactics: first, create a formula sheet familiarity drill — cover the sheet, attempt questions, then check. Second, build a core practical logbook with a standard template for each investigation (aim, variables, method highlights, key results, improvement suggestions). Third, practise past papers from 2023 onward, as these reflect the permanent equation sheet era most closely.
你为 2026 年制定的复习计划应当包含具体的策略：首先，建立一个公式表熟悉训练——遮住公式表，尝试答题，然后核对。其次，用一套标准模板为每个核心实验建立日志本（目的、变量、方法要点、关键结果、改进建议）。第三，练习 2023 年及以后的真题，因为这些最能反映永久公式表时代的特点。
Make summary mind maps that link equations to their typical contexts, and always annotate units. Test your understanding by teaching a topic to a peer — if you can explain it clearly, you truly know it.
制作总结性的思维导图，将公式与它们的典型情境联系起来，并始终标注单位。通过向同伴讲授某个主题来检验自己的理解——如果你能清晰地解释出来，就代表你真的懂了。
10. Core Practicals and Depth of Understanding | 核心实践与深度理解
Let's detail a few core practicals to illustrate the depth expected. For the 'resistance of a wire' investigation, you should be able to explain why the wire must be kept taut, why current should be kept small to avoid heating, and how to use a micrometer for diameter. For 'force and extension', you need to know that the limit of proportionality marks the end of Hooke's law and how to calculate spring constant from a force-extension graph.
让我们细看几个核心实验，以说明所期望的深度。对于“导线电阻”探究，你应当能够解释为什么导线必须拉紧、为什么电流应保持较小以避免发热，以及如何使用千分尺测量直径。对于“力与伸长量”，你需要知道比例极限标志着胡克定律的终止，并懂得如何从力-伸长图像计算弹簧常量。
The 'ripple tank' practical for waves expects you to describe how to measure frequency, wavelength and wave speed using a stroboscope or a phone camera in slow motion, and to calculate speed using v = f λ. Learn to recognise sources of random and systematic error in each setup.
“波纹槽”波的实验要求你描述如何使用频闪仪或手机慢动作摄像头测量频率、波长和波速，并用 v = f λ 计算速度。请学会识别每种装置中的随机误差和系统误差来源。
11. Use of Multiple-Choice Questions | 选择题的使用变化
Multiple-choice questions (MCQs) appear at the beginning of both Eduqas papers and are worth around 10–15 marks. In recent series, the distractors have become more subtle — they often reflect common misconceptions, such as confusing mass with weight or speed with velocity. In 2026, expect MCQs that require a quick calculation or the interpretation of a graph rather than pure recall.
选择题（MCQ）出现在 Eduqas 两份试卷的开头部分，分值约为 10 到 15 分。在近几年的考卷中，干扰项变得更加微妙——它们常常反映典型的迷思概念，比如把质量与重量、速率与速度混淆。在 2026 年，预计会出现需要快速计算或解读图像的选择题，而非纯粹的知识记忆。
Use these questions to bank quick marks, but don't rush. Cover the options first, try to answer without seeing them, then select the best match. This reduces the chance of being drawn towards a clever distractor.
利用这些题目来稳拿基础分，但不要匆忙。先遮住选项，尝试不看选项作答，再选出最匹配的答案。这样可以降低被高明的干扰项误导的可能。
12. Key Dates and Specification Updates | 关键日期和规格更新
Your 2026 Eduqas Physics examinations will most likely be scheduled in May and June of that year, with Component 1 and Component 2 spaced a few days apart. Always check the final timetable on the Eduqas website or with your exams officer. The specification (C420) and sample assessment materials are available now and will not undergo major revision before 2026, but any minor amendments will be published in the 'Notice to Centres' section.
你参加的 2026 年 Eduqas 物理考试很可能会安排在那年五月和六月，第一单元和第二单元的考试间隔几天。请务必在 Eduqas 官网或向你的考试官确认最终的时间表。课程大纲（C420）和样本评估材料现已提供，并且在 2026 年之前不会进行重大修订，但任何细微调整都会在“考点通知”栏目中发布。
Stay proactive: join a study group, set a revision timetable now and keep a folder of all core practical notes. The exam changes for 2026 are designed to make Physics fairer and more about understanding than memorisation. Embrace the shift, and you will be well placed to achieve your target grade.
保持积极主动：加入一个学习小组，现在就开始制定复习时间表，并建立一个核心实验笔记文件夹。2026 年的考试变化旨在让物理更加公平，更侧重于理解而非记忆。拥抱这一转变，你就更有机会拿到理想中的成绩。
Published by TutorHao | Physics Revision Series | aleveler.com
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