📚 Year 10 Eduqas Physics: 2026 Exam Changes and Trends | Year 10 Eduqas 物理：2026年考试变化与趋势
The Eduqas GCSE Physics qualification is undergoing a significant transformation, with a revised specification first taught from September 2023 and the first examinations taking place in 2025. For Year 10 students targeting the 2026 exam session, understanding these changes and emerging trends is crucial for effective preparation. The new specification places greater emphasis on working scientifically, mathematical applications, and the ability to apply knowledge to unfamiliar contexts. This article breaks down the key modifications, anticipated trends for the 2026 papers, and practical strategies to help you succeed.
Eduqas GCSE 物理资格正在经历重大变革，修订后的规格自 2023 年 9 月起首次教学，首次考试于 2025 年举行。对于目标是 2026 年考试季的十年级学生而言，理解这些变化与新兴趋势对高效备考至关重要。新规格更加注重科学探究能力、数学应用以及在陌生情境中运用知识的能力。本文详细解读关键改动、预测 2026 年试卷的趋势，并提供实用的成功策略。
1. Background: The New Eduqas Physics Specification | 背景：全新 Eduqas 物理规格
The updated GCSE Physics from Eduqas reflects a broader reform in Wales, led by Qualifications Wales, to create more engaging and rigorous science courses. The specification aims to develop students' ability to think scientifically, plan investigations, and analyse data — skills that go beyond simple factual recall. For the 2026 cohort, this means you will be assessed against the new content framework, which has been streamlined but deepened in several key areas, including waves, electricity, and particle model of matter.
Eduqas 更新后的 GCSE 物理体现了威尔士资格认证局引领的更广泛改革，旨在打造更具吸引力和严谨性的科学课程。该规格旨在发展学生科学思考、规划探究和分析数据的能力——这些技能远超简单的知识回忆。对于 2026 年考生，这意味着你们将按照新的内容框架接受评估，该框架在波、电学及物质粒子模型等若干关键领域进行了精简与深化。
2. Exam Structure and Paper Overview | 考试结构与试卷概览
The new Eduqas GCSE Physics still consists of two written papers, but the distribution of content and question styles has been refreshed. Paper 1 covers 'Electricity, Energy and Waves' while Paper 2 focuses on 'Forces, Space and Radioactivity'. Both papers are 1 hour 45 minutes long and each accounts for 50% of the final grade. Expect a mix of short-answer structured questions, multi-step calculations, and extended response items that require clear logical reasoning.
新的 Eduqas GCSE 物理仍由两份笔试组成，但内容分布与题型风格已焕然一新。试卷一涵盖“电、能量与波”，试卷二聚焦“力、空间与放射性”。两份试卷时长均为 1 小时 45 分钟，各占总成绩的 50%。考试中将出现简短结构化问题、多步骤计算题以及要求清晰逻辑推理的拓展回答题的混合形式。
3. Assessment Objective Weighting Shifts | 评估目标权重变化
One of the most significant shifts for 2026 is the rebalancing of Assessment Objectives (AOs). AO2 (application of knowledge) and AO3 (analysis and evaluation) now carry greater weight, often accounting for over 60% of the marks combined. This reflects a deliberate move away from rote memorisation towards testing your ability to use physics ideas in novel situations, interpret graphs, evaluate experimental methods, and draw evidence-based conclusions.
2026 年最显著的变化之一在于评估目标权重的重新平衡。AO2（知识应用）和 AO3（分析与评估）现在占比更高，合计常超过总分数的 60%。这反映了一种从机械记忆向考查在新情境中运用物理观念、解读图像、评估实验方法并得出基于证据的结论的能力的刻意转变。
4. Increased Demand for Mathematical Skills | 对数学技能要求的提高
Mathematical requirements have been ramped up. You will be expected to confidently handle equations, rearrange formulae, plot and interpret graphs, and work with standard form and significant figures. The specification explicitly lists a minimum of 30% mathematical demand across the papers. In 2026, trend analysis suggests examiners will include more layered calculation questions where one answer feeds into the next, testing both accuracy and process.
数学要求已经提高。你需要自信地处理方程、变换公式、绘制并解读图像，以及使用标准形式和有效数字。该规格明确列出试卷中至少有 30% 的数学要求。根据趋势分析，在 2026 年考官将纳入更多分层计算题，其中一个答案会影响下一问，同时考查准确性与解题过程。
5. Assessment of Practical Skills in Written Exams | 笔试中对实验技能的评估
Although there is no separate practical exam, 15% of the total marks will test your understanding of the specified practical activities. You need to know the apparatus, variables, safety considerations, and methods for each core practical. In 2026, expect questions that ask you to suggest improvements to an experimental setup, identify anomalies in given data, or justify why you would use a particular piece of equipment to increase accuracy.
尽管没有独立的实验考试，但总分的 15% 将考查你对规定实验活动的理解。你需要了解每个核心实验的仪器、变量、安全注意事项与方法。在 2026 年，预计会出现要求你对实验装置提出改进建议、识别给定数据中的异常值，或证明为何要使用某个特定设备以提高准确度等问题。
6. Formula Sheets: Provided or Memorised? | 公式表：提供还是需要记忆？
A key policy shift for the new specification is that a formula sheet will be provided within the exam paper. This change is intended to alleviate the burden of memorising numerous equations and redirect focus towards selecting the correct formula, performing calculations competently, and interpreting the results. For 2026, you can rely on having access to the relevant equations, but you must still be able to rearrange them and understand when to use each one.
新规格一个关键的政策变化是试卷中将提供公式表。这一改变意在减轻记忆大量公式的负担，并将重点转向选择正确的公式、熟练进行计算以及解释结果。对 2026 年，你可以依赖查阅相关方程，但仍必须具备变形公式并理解何时使用每一个方程的能力。
7. Multi-step Calculations and Logical Progression | 多步骤计算与逻辑递进
Questions are increasingly designed with a chain of reasoning. For example, you might be asked to calculate the kinetic energy of a vehicle, then use that value to find braking distance, and finally evaluate whether the vehicle would stop in time to avoid an obstacle. These questions reward methodical working and clear layout. Practice showing every step, using correct units, and stating the final answer to an appropriate number of significant figures.
题目的设计越来越注重推理链条。例如，你可能先要计算车辆的动能，然后用该数值求制动距离，最后评估车辆能否及时停下以避免障碍物。这类题目奖励有条理的解题过程和清晰的布局。练习展示每一步，使用正确的单位，并以合适的有效数字位数陈述最终答案。
8. Contextualised and Real-world Application Questions | 情境化与实际应用题
The 2026 papers are likely to feature rich contexts drawn from engineering, medicine, sports science, and environmental technology. You might interpret ultrasound scans to calculate distances inside the body, analyse the efficiency of solar panels, or explain the forces acting on a surfing athlete. Building the skill of extracting physics from a real-life description is now vital; practice reading long questions and highlighting the physical principles at play.
2026 年试卷很可能包含取自工程、医学、运动科学和环境技术的丰富情境。你可能需要解读超声波扫描以计算体内距离，分析太阳能电池板的效率，或解释作用在冲浪运动员身上的力。培养从现实生活描述中提取物理原理的技能如今至关重要；练习阅读长题干，并标出其中所涉及的物理原理。
9. Dealing with Longer Open-response Questions | 应对更长的开放反应题
Extended writing is no longer just for six-mark quality-of-written-communication questions. You can expect eight-mark or even nine-mark open-ended tasks that require you to plan an investigation, compare technologies, or explain a phenomenon using multiple linked ideas. Structure your answer with a brief introduction, logical paragraphs, and a concluding judgement. Examiners look for coherent scientific arguments supported by precise terminology.
拓展写作已不再局限于六分的书面沟通质量题。你们将见到八分甚至九分的开放式任务，要求你们规划探究方案、比较技术或使用多个相互关联的观念解释现象。答题时采用简短的引入、逻辑段落和总结性判断的结构。考官看重由精确术语支撑的连贯科学论证。
10. Grade Boundaries and Performance Trends for 2026 | 2026 年等级分数线与成绩趋势
Given that 2025 marks the first examination of the new specification, grade boundaries are likely to be relatively stable in 2026, though perhaps slightly higher as teachers and students become more familiar with the demands. Top grades (9-7) will require consistent demonstration of higher-order thinking across both papers. Examine mark schemes from 2025 when they become available to understand how examiners reward steps and keywords.
鉴于 2025 年是新规格首次开考，2026 年的等级分数线可能会相对稳定，但随着师生对考试要求愈发熟悉，分数线或许会略有提升。高等级（9-7 分）将要求在两张试卷中表现出一贯的高阶思维。当 2025 年评分方案公布后，务必研读，理解考官如何奖励解题步骤和关键词。
11. Effective Revision Strategies for the New Format | 针对新形式的有效复习策略
Move away from passive revision. Use active recall techniques such as self-quizzing on core practical steps, formula applications, and unit conversions. Create flashcards for the required practical activities and practise past paper questions that blend different topics — for example, linking energy transfers with electrical calculations. Timed practice under exam conditions will build your stamina and help you master the delicate balance between speed and depth required by the 1h 45m papers.
摆脱被动复习。使用主动回忆技巧，如自我测试核心实验步骤、公式应用和单位换算。为必做实验活动制作闪卡，并练习融合不同主题的历年真题——例如，将能量转移与电学计算联系起来。在考试条件下计时练习，将培养你的耐力，并帮助你把握速度与深度之间的微妙平衡，这正是 1 小时 45 分钟试卷所要求的。
12. Final Thoughts and How TutorHao Can Help | 最后思考与 TutorHao 如何提供帮助
The 2026 Eduqas Physics exam rewards flexibility, mathematical fluency, and a deep understanding of scientific inquiry. Start early, tackle your weaker topics systematically, and regularly review your progress. At TutorHao, we provide topic-specific revision notes, graded worked examples, and mock papers aligned with the latest specification changes to give you the competitive edge. Remember, consistent effort trumps last-minute cramming every time.
2026 年 Eduqas 物理考试奖励的是灵活应变能力、数学流畅度以及对科学探究的深刻理解。尽早开始，系统地攻克你的薄弱专题，并定期回顾进展。在 TutorHao，我们提供与最新规格变化相匹配的专题复习笔记、分级例题和模拟试卷，助你赢得竞争优势。请记住，持之以恒的努力永远胜过临时抱佛脚。
Published by TutorHao | Physics Revision Series | aleveler.com
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