How to Revise for GCSE Statistics

Jamie Wood

Written by: Jamie Wood

Reviewed by: Roger B

Last updated

Illustration of a person lying down with a GCSE book on their face, surrounded by charts and graphs, titled "How To Revise GCSE Statistics".

Revising for your GCSE Statistics exam alongside revising for your GCSE maths exams can make it feel like an endless mountain of topics. You are juggling probability, data analysis, algebra, and geometry all at once! When you feel overwhelmed by the amount of things to know, it can be easy to put off revising altogether. 

The key is efficient, focused revision. By streamlining your approach – breaking down topics, using strategic techniques, and prioritising understanding over memorisation – you can tackle both GCSE Maths and GCSE Statistics without drowning in revision. This article will help you learn exactly how to revise for GCSE Statistics effectively.

The following tried and tested tactics will be covered:

Create a checklist of the GCSE Statistics topics

When studying for GCSE Statistics, it is really important you know exactly which topics are covered. This is especially true as you may not have spent that long on Statistics topics in class, with them being fit in alongside your regular GCSE maths lessons. 

Luckily, there are many topics in GCSE Statistics which are also covered in GCSE Maths. For example, finding mean, median and mode from lists and tables is essential in both qualifications. Other topics, such as time series, will have the basics covered in GCSE Maths, but the concepts are stretched much further in GCSE Statistics. 

I would recommend using our exam questions by topic as a checklist list to then work through. Conveniently, our revision notes also use the same structure.

Once you have a list of exactly what you need to revise, the process will feel a lot easier, and there is nothing more satisfying than ticking things off the list once you’re done!

Review the content and summarise

Make use of our GCSE Statistics revision notes to check that you can recall the key information for each topic area. Our revision notes are already a summarised “what you need to know” version of the content, but you may find it helpful to summarise them again yourself as you work through each topic. We have done the hard work for you already, and made sure that we cover exactly what you need to know for the specification, and nothing more, to make your revision as efficient as possible. 

Summarising has been shown to be an effective method for revision and increasing your retention of information, so I would definitely recommend this rather than just reading or skimming through the notes. [1]

Most of our revision notes contain a worked example. In my experience, students gain a lot from treating these as small test questions to see if they can apply the methods described accurately, and then checking their own answer using the solution. If they are correct - great! If they are incorrect, then there is always a detailed explanation of exactly how to do it. This is especially important in GCSE Statistics where sometimes students feel the concepts are “easy” but applying them may be not-so-easy! As with any maths course, your focus should be on understanding the concepts, rather than memorising facts or methods. 

Practise questions by topic

Once you feel you have fully understood the concepts of a topic, practise exam style questions for each topic. Our exam questions by topic for GCSE Statistics are a great resource for this, and the structure matches the revision notes. This means you can brush up on the concepts, and then practise questions at three levels of difficulty; easy, medium, and hard. Our exam questions are made by our expert content creators to be as close as possible to the real exam questions.

Practising effectively and efficiently should be your aim, rather than spending a set amount of time. If the easy questions are too easy, or you look at them and instantly know how to do them, move on to the next difficulty! You should be aiming to stretch your brain and memory as much as possible. One way of ensuring you do this is to only look at the model answer when you have tried your absolute hardest to answer the question as best you can. In my experience, a lot of students are guilty of looking at the solutions far too quickly. This doesn’t give them enough time to really see what they can remember and figure out for themselves.

When you do look at our fantastic model answers, you will find them more useful than mark schemes, as they have been written to be as student-friendly as possible.

Use past papers efficiently

Once you have practised exam questions by topic, making sure you have mastered each topic, you should practise completing past papers. This will ensure you answer a mixed sample of questions from multiple topics, and will give you the closest experience to sitting a real paper. Answering past papers gives you practice at identifying the relevant skills and topic areas for the question. 

This is a skill that I know many students struggle with, as answering a question when you know what topic it is on is far easier. The bad news is, there is no shortcut for this skill. You just need to practise plenty of past papers. The good news is that we have several years worth of GCSE Statistics past papers on our site, with the full exam board mark schemes for each. And of course if you get stuck, you can go back to our revision notes and exam questions by topic as needed. 

You may also wish to treat the past papers as “mock exams”; sitting them using the proper timed conditions. When I have taught students in the past who have struggled with time management in the exam, this has been an effective method of practice and improvement for them. 

Create a revision timetable

It is important that you develop a personalised revision schedule. Determine how much time you can realistically dedicate to revision each day, while remembering that it is important to balance revision with hobbies. The timetable should also be flexible. Plans can change, so always keep some unscheduled time each day and each week to act as a buffer. 

It is better to study a topic little and often rather than cram it all together, therefore it helps to allocate specific time slots for the different areas of Statistics and Maths. For example, you could spend 1 hour on probability on Monday and 1.5 hours on summary statistics on Tuesday. You should use a checklist, as detailed earlier, to help you plan your revision timetable. As mentioned, there are some topics and concepts which appear in both GCSE Statistics and GCSE Maths, so this can actually save you some time as you won’t need to cover them twice.

Improve Your Grades with Save My Exams

Save My Exams is here to help you achieve the best grade possible in GCSE Statistics by offering expert-written resources specifically made for your exam board. We’ve got everything you need:

  • Detailed revision notes

  • Exam-style questions with student-friendly worked solutions

  • Past papers with mark schemes

Whether you want to improve your understanding of key topics, test your knowledge, or sharpen your exam techniques, Save My Exams makes it easier and more effective for you to revise.

Explore Our GCSE Statistics Resources

References

[1] Effective Revision Strategies, Newcastle University Retrieved April 2025

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Jamie Wood

Author: Jamie Wood

Expertise: Maths Content Creator

Jamie graduated in 2014 from the University of Bristol with a degree in Electronic and Communications Engineering. He has worked as a teacher for 8 years, in secondary schools and in further education; teaching GCSE and A Level. He is passionate about helping students fulfil their potential through easy-to-use resources and high-quality questions and solutions.

Roger B

Reviewer: Roger B

Expertise: Maths Content Creator

Roger's teaching experience stretches all the way back to 1992, and in that time he has taught students at all levels between Year 7 and university undergraduate. Having conducted and published postgraduate research into the mathematical theory behind quantum computing, he is more than confident in dealing with mathematics at any level the exam boards might throw at you.

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