IGCSE Physics examiner reports 2026: How to extract every useful insight to raise your grade
IGCSE Physics examiner reports are official Cambridge documents that explain how students performed in each examination session, which answers earned marks, and where candidates most commonly went wrong. Unlike a mark scheme, they provide detailed examiner commentary on calculations, written explanations, practical questions, command words, units, significant figures, and recurring misconceptions. Used alongside past papers, these reports can help students identify patterns in their mistakes and understand the level of precision Cambridge expects.
This guide explains how to use IGCSE Physics 0625 examiner reports effectively to improve exam technique and build more targeted revision.
- What are Cambridge IGCSE Physics examiner reports and where to find them?
- How to read and use IGCSE Physics examiner reports effectively
- Most common errors identified across IGCSE Physics examiner reports
- What examiner reports reveal about calculation performance in IGCSE Physics
- What examiner reports reveal about written answer quality in IGCSE Physics
- How to turn examiner report findings into targeted revision for IGCSE Physics
- Frequently asked questions
What are Cambridge IGCSE Physics examiner reports and where to find them?
A Cambridge IGCSE Physics [1] examiner report is an official document published by Cambridge Assessment International Education after each examination session. It is written by the principal examiner and senior members of the marking team, and it describes, in precise detail, how the entire candidate cohort performed on each question.
The report does not simply list correct answers. It explains which responses earned full marks, which common mistakes lost marks, what language the mark scheme expected, and which topics produced the weakest results globally. For a student preparing for a future sitting, this is arguably more useful than any commercial study guide.
Where to download examiner reports for IGCSE Physics (0625)
The official source for all Cambridge examiner reports is the Cambridge School Support Hub, found at schoolsupport.cambridge.org. Students can access it directly through their school’s CIE centre login. If your school does not provide access, ask your teacher or coordinator to request it.
| Resource | What it contains | Access method |
|---|---|---|
| Cambridge School Support Hub | Examiner reports, mark schemes, past papers | School CIE login |
| Cambridge IGCSE Physics (0625) page | Syllabus, specimen papers, admin guides | Public access |
| Times Edu student portal | Curated report summaries, question banks | Times Edu enrolment |
Cambridge typically releases a new Cambridge 0625 examiner report for each examination series: May/June and October/November. Reports are usually published within a few months of results day. Some schools download and distribute them directly to students, but many do not, which means the majority of candidates never see them.
>>> Read more: IGCSE Physics exam technique 2026: The complete guide to scoring higher in 0625
How to read and use IGCSE Physics examiner reports effectively
One critical detail often overlooked is that an examiner report is not meant to be read like a textbook from cover to cover. It is a diagnostic tool, and it should be used alongside your marked past paper attempts.
A structured reading process
- Complete a past paper under timed exam conditions.
- Mark it using the official mark scheme.
- Open the corresponding Cambridge examiner feedback 0625 document.
- For every question where you lost marks, read the examiner’s commentary on that question.
- Note the exact language the examiner expected and compare it to what you wrote.
- Record recurring patterns in a dedicated revision notebook.
The principal examiner report for Physics often uses specific phrases like “many candidates” or “a significant proportion of candidates” to signal the most commonly missed points. These phrases are your warning flags: They identify the traps that catch the widest number of students, which means they are the traps most likely to catch you too.
>>> Read more: IGCSE Physics 0625 books 2026: Complete guide for students and teachers
Most common errors identified across IGCSE Physics examiner reports
Reviewing multiple years of Cambridge examiner feedback for Physics 0625, certain mistakes appear with striking consistency. A common mistake we see at Times Edu mirrors what examiners report nationally: Students lose marks not because they do not understand the physics, but because they cannot express that understanding in the language the mark scheme demands.
Vague comparative language
The Cambridge IGCSE Physics written answers report repeatedly flags candidates who use non-specific words like “bigger”, “faster”, or “more” without identifying the physical quantity or its direction. Examiners state explicitly that a phrase like “the force is bigger” scores zero.
The correct approach is to name the quantity and state the change precisely:
- Incorrect: “The object moves faster because the force is bigger.”
- Correct: “The resultant force increases, so the acceleration increases, and the object reaches a higher speed.”
Core conceptual misconceptions
The weak topics flagged in the Physics examiner report span several key areas. The table below summarises the most persistently reported misconceptions:
| Topic area | Common misconception | What examiners expect |
|---|---|---|
| Newton’s First Law | A moving object needs a forward force to maintain constant speed | Zero resultant force = constant velocity |
| Density calculations | Using total volume instead of displaced volume in ρ = m/V | Use change in volume (water level rise) |
| Wave frequency | Dividing total time by oscillations | f = number of oscillations divided by time |
| Pressure in liquids | Ignoring the depth variable in P = ρgh | State that pressure increases with depth |
| Electrical circuits | Confusing series and parallel resistance rules | Apply correct formula for each configuration |
These misconceptions appear in IGCSE Physics examiner reports across multiple years and multiple sessions. Targeting them directly during revision is one of the highest-return activities a student can carry out in the weeks before the exam.
>>> Read more: IGCSE Physics Units and Significant Figures 2026: How to Avoid Easy Marks Lost in Exams
What examiner reports reveal about calculation performance in IGCSE Physics
Calculation questions are where students feel most confident, yet the principal examiner report for Physics consistently identifies preventable errors that cost marks even when the underlying method is correct.
Significant figures
A major pattern flagged by principal examiners is premature rounding during multi-step calculations. Students round intermediate values to two significant figures, then carry that rounded number into the next step, producing a final answer that deviates enough to fall outside the accepted range.
The rule is simple: Keep full calculator precision throughout all intermediate steps, and only round the final answer to match the number of significant figures given in the question data, which is typically two or three.
Missing formula lines
One critical detail often overlooked is the requirement to write out the formula before substituting values. If a student writes only the numerical answer and makes an arithmetic slip, all method marks are lost. Writing V = IR or F = ma on the first line of every calculation question protects those marks even when the final number is wrong.
Unit omissions
The common errors Physics report notes that a significant number of candidates arrive at the correct numerical answer but omit the unit entirely, or write an incorrect unit. In Physics, a number without a unit is not a complete answer.
| Calculation habit | Risk level | Correct practice |
|---|---|---|
| Rounding intermediate steps | High: Final answer falls outside range | Keep full precision until final step |
| Omitting the formula | High: Loses all marks if arithmetic wrong | Write formula first, then substitute |
| Leaving out units | Medium: Loses the final mark | Always include SI unit with every answer |
| Incorrect significant figures | Medium: Penalised in some questions | Match sig figs to given data |
>>> Read more: IGCSE Physics Command Words 2026: How to Understand Questions and Answer More Accurately
What examiner reports reveal about written answer quality in IGCSE Physics
The IGCSE Physics written answers report section of the Cambridge examiner feedback is often more detailed than the calculation section, because written explanations involve more variables in how candidates express themselves.
Describing experiments and practical work
In our experience working with international students at Times Edu, practical questions consistently produce the greatest variation in mark outcomes. Students who write strong definitions and calculation answers can drop to half marks or below when asked to describe an experimental method.
The examiner report is explicit: Candidates must describe the specific apparatus, the specific measurements taken, and the specific method of controlling variables. Generic statements such as “repeat the experiment to make it more accurate” earn no marks unless the student identifies what is being repeated and why repetition improves reliability.
Explaining physical processes
When asked to explain a physical process, candidates must use the correct scientific terminology linked by causal logic. The Cambridge 0625 examiner report highlights that many candidates describe what happens without explaining why.
For example, in a convection question, writing “the hot air rises” is a description. Writing “the air near the heat source gains thermal energy, expands, becomes less dense than the surrounding air, and therefore experiences an upward buoyant force” is an explanation.
Command word precision
A point that appears consistently across multiple years of Cambridge examiner feedback 0625 is that students do not respond to command words correctly. “State”, “describe”, “explain”, and “calculate” each require a different type of response. Answering an “explain” question with a one-line statement, as if it were a “state” question, is one of the most common and avoidable causes of mark loss.
>>> Read more: IGCSE Physics Study Plan for 2026: A Simple Revision Guide for Better Exam Preparation
How to turn examiner report findings into targeted revision for IGCSE Physics
Using examiner reports as a passive reading exercise delivers limited benefit. The value comes from building an active revision system around the patterns they reveal. Drawing on years of experience at Times Edu designing academic roadmaps for 0625 students, the process below is what separates students who improve by one grade from those who improve by two or three.
Step 1: Build a personal error log
After each practice paper, open the corresponding download of examiner reports for Physics IGCSE and cross-reference every mark you lost. Categorise each error: Vague language, missing formula, conceptual misconception, unit error, or practical method weakness.
Step 2: Create topic-specific revision cards
For each weak topic identified in the physics examiner weak topics list, write a revision card that includes: The correct definition, the common trap flagged by the examiner, and a model answer using precise language.
Step 3: Practice writing to the mark scheme
Take five questions from your weakest topic areas and write full answers as if you were writing to a mark scheme. Then compare your phrasing to both the mark scheme and the examiner commentary. This builds the habit of writing in the language the examiner rewards.
Step 4: Targeted timed practice
Once you have identified your specific weak areas through the examiner report analysis, do timed practice on only those question types. Broad practice papers at this stage are less efficient than concentrated drilling of the areas where marks are being consistently lost.
Step 5: Review Paper 5 and Paper 6 requirements separately
The diagram quality examiner report section for Physics covers Papers 5 and 6 specifically. Revision for these papers requires a different approach.
| Paper 5 and 6 requirement | Common error flagged | Correct practice |
|---|---|---|
| Line of best fit | Drawn with ink pen or blunt pencil, thick lines | Use sharp pencil, single thin line through trend |
| Data point plotting | Large blobs instead of precise marks | Plot each point as a small, precise cross (x) |
| Error bars | Omitted or inconsistently sized | Include as directed, consistent with raw data |
| Experimental error identification | “Human error” cited without specifics | Name precise sources: Parallax, zero error, etc. |
| Anomalous point handling | Included in line of best fit | Circle anomalous point, exclude from line |
>>> Read more: Ultimate IGCSE Physics 0625 Revision Guide
Frequently asked questions
What is an IGCSE Physics examiner report and what does it contain?
It is a document written by the principal examiner after each exam session. It contains question-by-question commentary on how the global candidate cohort performed, including which answers earned marks, which did not, and which misconceptions appeared most frequently.
Where can I download official IGCSE Physics examiner reports for free?
The primary location is the Cambridge School Support Hub. Access is tied to a school’s CIE registration. Students should ask their physics teacher or the school’s Cambridge coordinator to download and share the relevant documents. Some tutoring centres, including Times Edu, compile curated versions for enrolled students.
How often does Cambridge release new IGCSE Physics examiner reports?
Cambridge releases a report for each examination series. Typically, that means two reports per year: One for the May/June session and one for the October/November session. Some centres also sit the February/March session, which produces its own report.
Which topics do examiner reports flag as consistently weak in IGCSE Physics?
Based on multiple years of review, the most persistently weak topics include: Newton’s laws of motion (particularly First Law application), density calculations involving water displacement, wave frequency and period relationships, pressure in fluids, and the written explanation of heat transfer mechanisms.
How should a student use examiner reports as part of their 0625 revision plan?
The most effective method is to use them as a diagnostic tool alongside marked past papers. After identifying lost marks, locate the examiner commentary for each question and extract the specific language that earned full marks. Rebuild revision around those patterns rather than broad topic review.
Are older IGCSE Physics examiner reports still relevant for current exams?
Yes. The core misconceptions flagged in reports from five or six years ago continue to appear in recent reports. Conceptual errors around Newton’s First Law, significant figures, and practical method writing have been recurring findings for well over a decade. Older reports remain valuable, with the most recent two or three years taking priority.
What do examiner reports say about diagram drawing in IGCSE Physics?
The diagram quality section of the examiner report is consistently critical of candidates who draw circuit diagrams, ray diagrams, or field diagrams using ink pens, or who draw thick, imprecise lines. Examiners expect diagrams drawn with a sharp pencil, using a ruler for straight lines, with components drawn to recognisable conventions. Arrows on ray diagrams, for example, must show direction clearly. Missing or reversed arrows are a penalised error that appears year after year.
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