How to help your child with maths at home, age by age

Start with attitude, not answers

Many parents feel their own maths is too rusty to help, or that methods have changed since they were at school. Both can be true, and neither should stop you. The Education Endowment Foundation (EEF) notes that parents often say their own confidence is the biggest barrier to supporting maths at home, and that research links parents' maths anxiety with lower achievement in children.

A well-known 2015 study in Psychological Science found that when parents who were anxious about maths helped frequently with maths homework, their young children learned less maths over the school year and were more likely to become anxious about it themselves. The lesson is not "don't help". It is that the way you help matters.

Three habits make a difference at any age:

• Talk about maths as learnable. Swap "I was never a maths person" for "This is tricky, let's work it out".
• Praise effort and strategy, not speed or being "clever". "I like how you checked that" beats "You're so smart".
• Treat mistakes as information. Ask "What did you do here?" before correcting.

Ages 3 to 5: talk, play and count

At this stage, maths is mostly about language and pattern. The EEF's guidance on early maths highlights everyday routines, storybooks and board games as particularly useful.

Things to try

• Count real things. Stairs, grapes, socks in the wash. Point to each one as you count so your child links one number word to one object.
• Ask comparison questions. "Who has more?" "Which tower is taller?" "Is that shared fairly?"
• Play linear board games. Games with numbered squares in a line, such as Snakes and Ladders, help children see that numbers get bigger as you move along. You can draw your own on paper.
• Read picture books with numbers and shapes, and pause to count or spot patterns on the page.
• Use your hands and objects. Fingers, buttons and building bricks make numbers visible.

Watch out for

Rushing to written numbers. Being able to recite "one to twenty" is not the same as understanding that five is one more than four. Plenty of hands-on counting comes first.

Ages 5 to 11: build fluency and confidence

Primary maths builds the foundations everything else rests on: place value, the four operations, fractions and measurement. Fluent recall of number facts, especially times tables, matters because it frees working memory for harder problems.

Things to try

• Short, regular practice. Five minutes of number bonds or times tables in the car or at breakfast is more useful than an hour on Sunday.
• Use money, time and cooking. Ask your child to work out change, how long until a programme starts, or how to double a recipe.
• Ask them to explain. "How did you get that?" helps children make their reasoning clear, and shows you where any confusion lies.
• Learn the school's methods. Ask the teacher, or check the school website, for how they teach column methods or fractions, so you don't accidentally teach a conflicting approach.
• Revisit older topics. Returning to things learned weeks ago helps them stick. Old exercise books are a ready-made source of questions.

Watch out for

Doing the homework for them. If your child is stuck, try asking what they already know, pointing to a similar example, or suggesting they draw it. If they are still stuck, write a note to the teacher. That tells the teacher something important.

Ages 11 to 14: support independence

In the early secondary years, maths becomes more abstract: algebra, negative numbers, ratio and proof. Many parents feel out of their depth here, and that is fine. Your role now shifts from explaining to supporting good habits.

Things to try

• Set up a routine. A regular homework time and a consistent place to work. The EEF notes that routines can increase time on task and improve how that time is used.
• Check the kit. A notebook, pencil, ruler, protractor and a scientific calculator. A laptop or tablet is usually better than a phone for online homework platforms.
• Help them plan. Ask what is due this week and how they will fit it in, rather than checking every answer.
• Encourage worked examples. When something is new, studying a clear worked example and then trying a similar question is an effective approach. Textbooks and teacher notes usually have them.
• Show interest without testing. "What did you learn in maths today?" is a better opener than "What did you get on the test?"

Ages 14 to 18: exams, structure and wellbeing

In GCSE, IGCSE, IB, AP or high-school maths, the content may be beyond what you remember, and that does not matter. Your strongest contributions are structure, perspective and practical support.

Things to try

• Help build a revision plan that spreads topics over weeks, with past-paper practice well before the exams.
• Encourage self-testing: covering notes and trying questions, rather than rereading.
• Protect sleep. Teenagers generally need around 8 to 10 hours. Late-night cramming tends to backfire.
• Find out what support exists: school revision sessions, teacher drop-ins, official specimen papers and mark schemes from the exam board.
• Keep perspective. One poor mock is information about what to work on, not a verdict on the future.

For any age: notice maths in daily life

Cooking, shopping, travel times, sports scores, budgets and building projects are all full of maths. Pointing it out, and occasionally asking your child to work something out for you, shows that maths is useful and normal rather than a school-only subject.

A quick reference by age

Questions that get children thinking

Whatever your child's age, the questions you ask can do more than any explanation. Good questions put the thinking back with the child and show you what they understand. Try keeping a few of these in mind:

• "What do you already know that might help?"
• "Can you draw it, or show me with objects?"
• "Is your answer sensible? Roughly what did you expect?"
• "Is there another way to check it?"
• "Where exactly did you get stuck?"
• "Could you make up a similar question for me?"

Estimating before calculating is a particularly useful habit. A child who expects an answer of "about 50" will notice when the calculator says 5,000 and look for the slip. It also builds the number sense that exams at every level reward.

If your child answers "I don't know" to everything, narrow the question: "Is it more or less than 10?" gives them an easier way in than "What's the answer?".

Working with your child's school

Teachers are your best source of information. A short message or a parents' evening question can tell you which topics are coming up, what methods the class uses and where your child seems to struggle. Ask what you can usefully do at home; many teachers have specific suggestions, such as a times-tables app the class uses or a topic to practise before the next unit.

When homework becomes a battle

It is normal for some evenings to go badly. But if maths homework regularly ends in arguments or tears, step back. Common reasons include:

• A gap from earlier years that makes new work impossible to follow.
• Tiredness, especially if homework starts late.
• Anxiety about maths that shows up as anger or avoidance.
• Conflict over methods, where your way and the school's way clash.

Try a short break, a shorter session, or a note to the teacher. If the pattern continues, a tutor can take over the explaining while you go back to being the encouraging parent. Many families find that easier on everyone.

How one-to-one lessons with eMath Tutor can help

eMath Tutor offers live, one-to-one online maths lessons for children and teenagers, from early number work to calculus, matched to the student's curriculum, including the US Common Core, GCSE and IGCSE and the IB. Lessons use a shared whiteboard, so the tutor sees each step of your child's working, and lessons can be built around the homework your child brings.

A coordinator talks to you first about your child's age, level and what feels hard, then suggests a tutor. Female and male tutors are available on request. We don't promise grades; we aim for clear explanations and steady confidence. If you'd like to see how it works, request a free trial lesson.