The Most Effective Part of Completing a Past Paper Is What Follows
In previous articles, I've written about planning independent study time, using a weekly study plan and making effective use of past papers. This article focuses on what should happen after a past paper has been completed and marked.
Many students believe that completing past papers is one of the most effective forms of revision. There is certainly some truth in that. Past papers help students become familiar with question styles, command words, mark schemes and the overall structure of an examination. They can also help students become more comfortable working under exam conditions. However, students often overestimate the value of simply completing large numbers of papers. While some improvement comes from experience and familiarity, the greatest gains usually come from the work that takes place afterwards.
Past Papers Are a Diagnostic Tool
A common mistake is to treat past papers as an end in themselves. A student completes a paper, checks the answers and then immediately moves on to the next one. Unfortunately, this often results in students repeatedly practising what they already know while making relatively little progress on the topics they find most difficult.
The real value of a past paper lies in the information it provides. Every incorrect answer reveals something useful. Perhaps a topic is not as secure as you thought. Perhaps a mathematical skill needs further practice. Perhaps there is a misunderstanding of a key concept, or uncertainty about how to approach a particular style of question. Whatever the reason, a past paper provides valuable evidence about where further study time should be directed.
Viewed in this way, a past paper is not primarily a revision activity. It is a diagnostic activity. Its purpose is to identify weaknesses so that they can be addressed through targeted and effective independent study.
Don't Ignore the Blank Answers
The most useful questions on a past paper are often the ones that are left blank. Students are naturally drawn towards topics and questions that feel familiar, and educational research suggests that learners frequently spend more time revising material they already know reasonably well rather than confronting areas of weakness.
A blank answer therefore deserves careful attention. Why was it left blank? Was the relevant Physics forgotten? Was there a mathematical difficulty? Did you not understand what the question was asking? Did you know some of the Physics but have no clear strategy for applying it? The answer to that question determines what should happen next.
Rather than viewing a blank answer as a failure, it is more productive to treat it as information. In many cases, the questions that feel most uncomfortable are precisely the questions that provide the greatest opportunity for improvement.
Don't Stop at the Mark Scheme
Mark schemes are valuable resources, but many students do not use them effectively. They are not simply a way of checking whether an answer is right or wrong. A good mark scheme helps reveal what examiners were looking for, how marks were awarded and which parts of an answer were most important.
Examiner reports are equally valuable and remain an underused resource. These reports often explain common misconceptions, highlight mistakes frequently made by students and provide insight into what examiners expected to see. They can also help students understand why a seemingly reasonable answer failed to gain credit.
Occasionally, examiner reports can even provide reassurance. Many students discover that a question they found difficult proved challenging for a large proportion of candidates. While that does not remove the need to learn from the mistake, it can provide useful context and help students understand why a particular question was problematic.
The key question should not be, "How many marks did I get?" Instead, it should be, "What has this question taught me about what I need to learn next?"
Turning Diagnosis Into Action
Once weaknesses have been identified, the next step is deciding what to do about them. The purpose of diagnosis is not simply to label a problem but to guide future study.
A useful process is:
- Complete the past paper.
- Mark your answers carefully.
- Review the mark scheme.
- Read the examiner report where available.
- Identify areas of weakness.
- Decide upon an appropriate response.
- Schedule that work into your independent study plan.
- Repeat the process with the next paper.
This links directly to the weekly study plan discussed in an earlier article. The study plan determines when you will study; the past paper helps determine what you should study. Together, they create a structured approach to independent learning.
Choosing an Effective Response
Different weaknesses require different responses. A student who cannot recall key definitions, equations or practical details may benefit from retrieval-based revision techniques. Spaced learning approaches, such as a Leitner Box system, can be extremely effective for strengthening long-term memory and improving recall.
Where the issue lies in applying concepts to unfamiliar situations, additional question practice may be required. Resources such as Isaac Physics (now part of Isaac Science) provide large collections of topic-based questions that allow students to focus on particular areas of weakness and build confidence gradually.
In other cases, the challenge may be one of execution rather than knowledge. Students may know what to do but make mistakes when carrying out calculations, constructing explanations or working under time pressure. Techniques such as Two Slow, One Fast can help students develop accuracy before gradually increasing speed.
The important point is that the response should match the diagnosis. Simply reading through notes can feel productive, but it is often a passive activity. Whenever possible, students should choose activities that require them to recall, apply and use their Physics actively.
Avoid the Past Paper Blitz
Many students delay serious past paper practice until the final months before examinations and then attempt large numbers of papers in a short period. While this can provide useful exam experience, it often leaves little time for the more valuable diagnostic and follow-up work.
Starting earlier allows each paper to become part of a cycle of continuous improvement. For example, a student beginning during the summer between Year 12 and Year 13 could realistically complete around one paper each week. This provides sufficient time not only to complete and mark the paper but also to analyse mistakes, consult examiner reports, undertake targeted revision and practise weak areas before moving on to the next paper.
The objective should not be to complete the greatest possible number of papers. The objective should be to gain the greatest possible amount of learning from each paper completed.
Final Thoughts
Completing a past paper is only the beginning of the learning process. While there is value in becoming familiar with exam questions and examination technique, the greatest benefits arise from analysing mistakes and taking action in response to them.
The students who make the most progress are not necessarily those who complete the largest number of past papers. More often, they are the students who make the best use of the information those papers provide. They investigate weaknesses, identify patterns in their mistakes and then undertake focused independent study designed to address those weaknesses before attempting the next paper.
A past paper tells you where you are. It also tells you where you should focus your attention next. The most effective part of completing a past paper is not putting pen to paper on exam questions. It is what follows afterwards.
Acknowledgement
Several of the ideas discussed in this article are inspired by the work of Steve Oakes and Martin Griffin in The A Level Mindset: 40 Activities for Transforming Student Commitment, Motivation and Productivity. In particular, the approaches Learning from Mistakes, The Leitner Box and Two Slow, One Fast have influenced the way I encourage students to respond to weaknesses identified through past paper practice. Oakes and Griffin themselves acknowledge contributions from a wider body of educational and cognitive science research that underpins these approaches.
How Much Independent Study Do A Level Students Need?
One of the most common questions asked by Year 12 students and parents is:
How much independent study should an A Level student be doing each week?
There is no magic number that guarantees a particular grade. Students learn at different rates, have different strengths and face different challenges. However, sixth forms routinely recommend substantial independent study, and A Level courses are designed with the expectation that learning continues beyond the classroom.
The more important question may be:
Are your study habits consistent with your aspirations?
Every Year 12 student has plans for what comes next. Some hope to progress onto an apprenticeship. Others are aiming for university. Some are targeting highly competitive degree courses in subjects such as Physics, Engineering or Medicine.
When I work with students, I often use a planning exercise that links post-18 aspirations to study habits. The purpose is not to predict grades or guarantee outcomes. Rather, it is to encourage students to think carefully about whether their current approach to study is likely to support their long-term goals.
Surprisingly often, the answer is "not yet".
The Students I Worry About Most
The students I worry about most are rarely those who ignore homework completely. Instead, they are often conscientious, capable students who complete every piece of homework set, attend lessons regularly and genuinely believe they are working hard.
At GCSE, that approach may have been enough. At A Level, it often isn't.
Many students who achieved strong GCSE results discover that the study habits which brought them success in Year 11 no longer deliver the outcomes they are hoping for in Year 12.
The issue is rarely a lack of ability. More often, it is a mismatch between aspirations and study habits.
Why Homework Alone Is Not Enough At A Level
In my experience, many students aiming for A or A* grades complete all the work set by their teachers but still devote only around two or three hours per subject per week to independent study. The problem is that homework is often only part of what is required.
Many students unconsciously treat homework as the finish line:
Homework completed = study completed.
Successful sixth-form students tend to think differently. When the homework finishes, they move on to another productive activity. Learning continues between lessons.
One of the biggest adjustments between GCSE and A Level is learning how to find worthwhile things to do when nobody has explicitly told you what to do next. This is particularly noticeable in A Level Physics, where understanding develops gradually through repeated exposure to ideas, mathematical problem solving and exam practice. However, the principle applies across most A Level subjects.
Why I Encourage Students to Track Study Time
Many students record tasks in a study diary. That's a good start, but task completion and study time are not quite the same thing. A student might record:
Physics homework – 1 hour
What this often means is that Physics homework was the only task completed during a one-hour study period. The actual homework may have required only twenty minutes of focused work.
For this reason, I encourage students to think about study time as well as tasks. Recording study in relatively small chunks helps students become more aware of how their time is really being used. The aim is not to create perfect records.
The aim is to develop an honest picture of how much focused study is actually taking place each week.
Why a Study-Time Target Changes Behaviour
One reason I like using study-time targets is that they change the question students ask themselves. Without a target, many students think:
Have I finished my homework?
With a target, the question becomes:
How should I use the rest of my study time?
This is important because it removes the incentive to rush. Students sometimes view homework as a race. Finishing quickly feels like success. However, if a student has decided that their aspirations require around five or six hours of independent study per subject each week, finishing the homework early does not eliminate the need for study. It simply creates additional time for something else:
- Exam-style questions
- Past paper practice
- Reviewing mistakes
- Revisiting previous topics
- Retrieval and revision activities
- Structured independent learning resources
In other words, finishing homework is not the end of the study session. It is simply one possible activity within it.
What Should Fill the Additional Time?
The additional study time doesn't need to be mysterious. Students who develop strong independent-study habits often spend the extra time on activities such as:
- Working through structured practice materials.
- Attempting regular past-paper questions throughout Year 12 instead of waiting until Year 13.
- Reviewing mistakes and identifying misconceptions.
- Revisiting earlier topics to strengthen long-term retention.
- Using retrieval activities to improve recall and understanding.
The common feature is that students are actively taking responsibility for their learning rather than waiting for the next piece of homework to arrive.
Making the Most of Study Periods
Many sixth forms provide students with study periods during the school day. Used properly, these periods can account for a substantial proportion of the independent study that students require.
Students sometimes view study periods as free time. Successful students tend to view them as work time.
One of the advantages of using study periods effectively is that they reduce the amount of study that has to be completed during evenings and weekends. A well-organised student can often complete a significant proportion of their independent study while still in school.
A Study Target Can Be a Floor — or a Ceiling
There is another benefit to having a planned study target. For some students, it acts as a floor.
These students need encouragement to do enough independent work. For others, it acts as a ceiling.
These students can be highly conscientious and sometimes worry that they should always be doing more. A sensible study plan provides reassurance. Once the planned study has been completed, students can reasonably conclude that they have done enough for the week.
There will always be another question that could be attempted or another topic that could be revised. Effective study is not about working every available hour. It is about building a sustainable routine that can be maintained over many months. A good study target helps students avoid both under-studying and over-studying.
The Role of a Weekly Study Plan
One of the most valuable exercises I ask students to complete is a weekly study plan.
Students begin by blocking out fixed commitments:
- Lessons
- Study periods
- Travel
- Sports clubs
- Part-time work
- Family commitments
- Social activities
They then schedule their independent study around these commitments.
What many students discover is reassuring. Even after allocating time for effective independent study, there is usually still plenty of room for hobbies, friends, sport, relaxation and downtime.
The aim is not to fill every waking hour with work. The aim is to ensure that when it is time to work, that time is used effectively. A good study plan demonstrates that students do not need to choose between academic success and having a life outside school.
Supporting Students at Home
Parents often ask how they can help.
Monitoring every hour spent studying is rarely realistic, particularly as students become more independent.
A more practical approach is to take an interest in the process.
- Does the student have a study plan?
- Are they keeping a study diary?
- Do they have a realistic understanding of how their time is being used?
Sometimes the most useful question is not:
"Have you done your homework?"
but:
"How have you used your study time this week?"
Frequently Asked Questions
How much independent study should an A Level student do?
There is no universally correct number. However, many sixth forms recommend around five hours of independent study per subject each week, particularly for students with ambitious academic goals.
Is completing homework enough for A Level success?
Completing homework is important, but many students aiming for higher grades find that homework alone does not provide enough independent study. Additional practice, review and consolidation are often needed.
Why should students track study time?
Tracking study time helps students understand how much focused work they are actually completing. It also encourages students to continue learning after homework has finished.
How can parents help?
Parents can encourage students to maintain a study plan and study diary, and discuss how study time is being used rather than focusing solely on homework completion.
Final Thoughts
Many students complete all the work they are given and still fall short of their target grades.
The students who achieve the highest grades are often those who learn how to continue studying after the homework has finished. A Level success is not simply about attendance, homework completion or working longer hours. It is about developing study habits that are consistent with your aspirations.
The most important question is not:
Have I finished everything I was told to do?
Instead, ask yourself:
Are my study habits consistent with where I want to be in two years' time?
Because successful A Level students do not merely attend lessons.They continue learning between lessons.
Preparing for A level Physics
Why I recommend a daily workout
Every year, students finishing GCSE Physics ask the same question:
"What should I do over the summer to prepare for A Level Physics?"
There is no single perfect answer, but one thing is clear: the transition from GCSE to A Level Physics is a significant step up. Students are expected to become more independent, more resilient when tackling unfamiliar problems, and more confident in both their mathematics and their scientific understanding.
One resource I recommend to students making this transition is Daily Workout Book 1 (July–October) by Lewis Matheson from A Level Physics Online. What makes this book unusual is that it is designed to begin immediately after GCSE examinations, helping students bridge the gap between Year 11 and Year 12 rather than waiting until their A Level course has already started.
The Forgotten Summer Problem
Many students reach their highest level of GCSE Physics understanding just before they sit their final examinations.
They have revised extensively, practised questions, and sharpened their mathematical skills. Then the exams finish and, understandably, Physics is put to one side for several months.
The challenge is that A Level Physics builds directly on GCSE foundations. If those foundations become less secure over the summer, students can find themselves starting Year 12 below the level they had reached only a few weeks earlier.
One purpose of summer transition work is therefore not simply to learn something new, but to maintain the understanding and fluency that have already been developed.
This is where Daily Workout Book 1 can be particularly helpful. Rather than requiring large amounts of study, it provides a framework for regular, manageable engagement with Physics throughout the summer.
The Value of a Clear Structure
Many students know they ought to do something over the summer but are unsure where to begin.
- Should they revise GCSE work?
- Should they look ahead to A Level topics?
- Should they practise mathematics?
This uncertainty can sometimes lead to doing very little at all.
One of the strengths of Daily Workout Book 1 is its structure. The book provides a clear sequence of daily tasks, removing much of the decision-making from the process. Students do not need to spend time deciding what to study next; they simply move on to the next day's work.
This may sound like a small point, but reducing the cognitive load associated with planning can make it much easier to establish productive study habits.
The Importance of Daily Practice
In my view, the greatest value of Daily Workout Book 1 is not any individual question.
It is the habit of engaging with Physics regularly.
The workbook is organised around short daily exercises that can typically be completed in around twenty minutes. This encourages students to view Physics as something that is practised consistently rather than something reserved for occasional intensive revision sessions.
Of course, students are human. Not everyone completes every task on the intended day. It is not uncommon for several days' work to be completed in a single sitting before a tutorial.
However, even when this happens, the dated structure still helps reinforce the idea that regular, short periods of study are generally more effective than infrequent marathon sessions. Developing this habit becomes increasingly important as students progress through A Level Physics.
More Than Just Mathematics
Students often hear that A Level Physics contains more mathematics than GCSE Physics, and this is certainly true.
Algebra becomes more important. Unit conversions require greater confidence. Mathematical relationships need to be understood rather than simply memorised.
Common difficulties I see in new Year 12 students include:
- Algebraic manipulation of equations.
- Unit conversions.
- Understanding how physical units are related to one another.
- Confidence when approaching unfamiliar questions.
Daily Workout Book 1 helps students revisit and strengthen many of these skills before the course begins.
However, mathematics is only part of the story.
Learning the Language of Physics
One difference that students often underestimate is the increased precision of scientific language.
At GCSE it is sometimes possible to write answers that are broadly correct. At A Level, the language of Physics becomes more exact, and this precision matters.
Words that might appear similar in everyday conversation often have very specific meanings in Physics. Terms such as force, energy and power cannot simply be substituted for one another, however natural that might sound in ordinary English.
Physics is not only about learning equations; it is also about learning to communicate ideas accurately.
Developing this precision of thought and language is an important part of becoming a successful A Level student.
Using Daily Workout Alongside Isaac Physics
For my own students, Daily Workout Book 1 is not used in isolation. I see it as complementary to Isaac Physics.The Daily Workout book provides structure, routine and regular practice. When difficulties arise, these can be discussed during tutorials.
Isaac Physics is then particularly useful for further practice. Its carefully structured questions, stepwise development of concepts and immediate feedback allow students to revisit areas of weakness and strengthen their understanding. I also find it valuable that student progress can be monitored, helping to identify misconceptions and gaps that need further attention.
Together, the two resources provide a combination of structured daily study and extensive independent problem-solving practice.
A Tutor's Perspective
After many years of teaching Physics at both GCSE and A Level, I have become convinced that successful students are not necessarily those who do the longest hours of study.
More often, they are the students who:
- Keep their knowledge fresh.
- Work consistently.
- Develop confidence with mathematics.
- Use scientific language accurately.
- Persist when faced with unfamiliar problems.
Daily Workout Book 1 supports many of these goals.
The reason I recommend it is not simply because it contains useful questions. Rather, it provides a simple, structured way for students to maintain their Physics and mathematics between GCSE and A Level at a time when many would otherwise do very little.
For students planning to begin A Level Physics in September, twenty minutes a day during the summer can be a small investment that pays significant dividends when Year 12 begins.
Further Information
Daily Workout Book 1 is the first in a series of six books that continue throughout the A Level course. Book 1 covers July to October and is specifically designed to support the transition from GCSE to A Level Physics. The later books continue to provide structured practice as students progress through both Year 12 and Year 13.
Daily Workout Books by Lewis Mathesson from A-level Physics Online
Bridging the Gap
Using Isaac Physics to Support the Transition from GCSE to A Level Physics
Every year, many students finish GCSE Physics with a solid grade, only to discover that A Level Physics feels like a completely different subject. The mathematical demands increase significantly, problem-solving becomes more sophisticated, and students are expected to apply concepts in unfamiliar contexts rather than simply recall facts.
One of the most effective ways to prepare for this transition is through structured problem-solving practice, and this is where Isaac Physics (now hosted within Isaac Science) can be invaluable. The platform provides a collection of free question decks designed by Cambridge University subject specialists, including a dedicated "GCSE to A Level Transition" resource aimed specifically at students making the leap to sixth-form study.
Why Students Find the Transition Difficult
The challenge is rarely that A Level Physics introduces entirely new ideas. Instead, students often struggle because:
- Algebra becomes much more important.
- Questions require multiple stages of reasoning.
- Mathematical fluency is assumed.
- There is less scaffolding in exam questions.
- Students must connect concepts across different topics.
At GCSE, many problems can be solved by identifying the correct equation and substituting values. At A Level, students are increasingly expected to explain their reasoning, combine several ideas, and manipulate equations confidently before any numbers are substituted.
The result is that many capable GCSE students find themselves losing confidence during the first few months of Year 12.
How Isaac Physics Helps
Isaac Physics addresses this problem by providing large collections of carefully structured questions that develop both conceptual understanding and problem-solving skills. The platform includes topic-based question decks covering areas such as mechanics, waves, materials, circuits, fields and thermal physics. It also offers a dedicated GCSE to A Level Transition deck specifically designed to help students bridge knowledge gaps before advanced study begins.
What makes Isaac different from many question banks is its emphasis on thinking rather than memorising. Students are encouraged to tackle unfamiliar situations and develop persistence when solving problems.
This mirrors the style of questioning encountered in A Level examinations and, more importantly, in STEM degree courses.
The Importance of Mathematical Fluency
One of the biggest predictors of success in A Level Physics is confidence with mathematics.
Students who have mastered the GCSE content but struggle with rearranging equations, handling standard form, interpreting graphs or working with proportionality often find the early stages of A Level particularly challenging.
The GCSE to A Level Transition deck provides an excellent opportunity to revisit these skills in a physics context. Rather than treating mathematics and physics as separate subjects, Isaac Physics integrates them naturally within problem-solving activities.
For students entering Year 12, spending part of the summer completing transition questions can make a noticeable difference to confidence levels in September.
Developing Independent Learning Habits
A Level study requires a much greater degree of independence than GCSE.
Students are expected to:
- Review mistakes independently.
- Practise regularly outside lessons.
- Persevere with difficult questions.
- Identify areas of weakness.
Isaac Physics supports this approach because students receive immediate feedback on their answers, allowing them to learn from errors and monitor their progress. The platform has been designed as a free learning resource for students from school through to university-level study.
This makes it particularly useful during the summer between Year 11 and Year 12, when students may not yet have access to A Level teaching but want to keep their skills sharp.
A Practical Summer Programme
A simple and effective summer preparation plan might look like this:
Weeks 1–2
Focus on the GCSE to A Level Transition deck. Review any mathematical techniques that feel unfamiliar.
Weeks 3–4
Move on to introductory mechanics questions. Mechanics forms a substantial part of most A Level specifications and rewards strong algebraic thinking.
Weeks 5–6
Tackle selected questions from waves, electricity and materials. The aim is not to master every topic but to become comfortable with A Level-style problem solving.
Students who spend even a few hours each week working through these resources will begin Year 12 with far greater confidence than those who take a complete break from physics.
A Tutor's Perspective
After many years of teaching both GCSE and A Level Physics, I have found that the students who make the smoothest transition are rarely the ones who simply memorise the most facts. Instead, they are the students who regularly practise applying their knowledge to unfamiliar situations.
Isaac Physics is one of the best free resources available for developing exactly this skill. Its carefully sequenced questions help students move beyond GCSE-style routines and begin thinking like A Level physicists.
For any student considering A Level Physics, I would strongly recommend spending some time during the summer exploring the GCSE to A Level Transition question deck available through Isaac Science. The investment of a few hours now can make the first term of Year 12 significantly less daunting—and considerably more enjoyable.
You can find the transition resources and topic question decks on the Isaac Science website: Isaac Science A Level Physics Question Decks.