Mathematics is more than a subject children learn in school. It is a skill they use every day—when counting money, telling time, measuring ingredients, comparing prices, sharing things equally, or deciding which option is bigger or smaller.
Yet, many children struggle with mathematics because they see it mainly as a classroom subject filled with formulas, numbers, and examinations.
The good news is that parents can help children develop stronger mathematical skills without turning the home into another classroom.
Simple activities incorporated into everyday life can help children become more comfortable with numbers, improve their mental calculation abilities, and develop confidence in solving problems.
Here are seven simple ways parents can help children build better mathematical skills at home.
1. Turn Everyday Activities into Mathematics
One of the easiest ways to help children understand mathematics is to connect numbers to things they already do.
For example, when shopping, you can ask:
- “If this item costs ₦500 and we buy two, how much will we spend?”
- “Which is more expensive—this or that?”
- “If I give you ₦1,000 and you spend ₦650, how much should remain?”
- “How many bottles are in this pack?”
These questions may seem simple, but they encourage children to use mathematics in practical situations.
Cooking can also become a mathematics lesson. Ask your child to help measure ingredients, count items, or divide food into equal portions.
The goal is not necessarily to give your child difficult calculations. It is to help them understand that mathematics exists beyond the classroom.
2. Encourage Mental Calculations
Before reaching for a calculator, encourage your child to try solving simple calculations mentally.
For instance, instead of immediately asking them to write:
27 + 15 = ?
ask:
“Can you work that out in your head?”
You can gradually increase the difficulty as the child becomes more confident.
Try questions such as:
- 25 + 10
- 40 – 15
- 12 + 18
- 50 – 27
- 6 × 7
- 100 ÷ 4
Mental calculation encourages children to think about numbers rather than simply follow written procedures.
With regular practice, children can become faster and more confident when working with numbers.
3. Play Number Games
Children naturally learn through play. Number games can therefore be an enjoyable way to strengthen mathematical thinking.
Parents can introduce simple games such as:
Number Challenge: Give your child a number and ask them to find different ways to make it.
For example:
“How many different ways can you make 20?”
Possible answers include:
10 + 10
15 + 5
25 – 5
4 × 5
40 ÷ 2
You can also play counting games, multiplication challenges, number puzzles, card games, or simple mental arithmetic competitions between siblings.
The important thing is to keep the activity enjoyable.
When children associate mathematics with curiosity and play rather than fear, they are more likely to engage with it willingly.
4. Use Time to Teach Mathematics
Time provides another excellent opportunity for children to practise numbers.
Ask questions such as:
- “If it is 3:00 p.m. now, what time will it be in two hours?”
- “How many minutes are there between 4:15 and 5:00?”
- “If we leave home at 7:30 a.m. and the journey takes 45 minutes, what time will we arrive?”
You can also involve your child in planning daily activities.
For example:
“We need to leave the house at 8:00 a.m. It takes 30 minutes to get ready and 20 minutes to travel. What time should we start preparing?”
Questions like these develop more than calculation skills. They encourage children to apply mathematical thinking to real-life situations.
5. Encourage Estimation
Children do not always need to know the exact answer immediately. Learning to estimate is also an important mathematical skill.
For example, when you are shopping, ask:
“How much do you think these items will cost altogether?”
After your child gives an estimate, calculate the actual amount and compare the two.
You can also ask:
- “How many sweets do you think are in this container?”
- “How many steps do you think it will take to reach the gate?”
- “How many cups of water will fill this container?”
- “How many people do you think are in the hall?”
Estimation helps children develop number sense—the ability to understand the size and relationship of numbers.
6. Ask Your Child to Explain Their Answer
Getting the correct answer is important, but understanding how they arrived at the answer is even more valuable.
When your child solves a problem, ask:
“How did you get your answer?”
For example, if the child says:
36 + 24 = 60
ask them to explain their thinking.
They might say:
“I added 30 and 20 to get 50, then added 6 and 4 to get 10. So 50 + 10 = 60.”
This simple exercise encourages children to think logically and communicate their reasoning.
It also helps parents identify where a child may be struggling.
A child who consistently gets an answer wrong may not simply have a calculation problem. They may be struggling with place value, number relationships, multiplication facts, or understanding the question itself.
7. Make Mental Mathematics a Regular Habit
Consistency is more important than doing very long mathematics sessions.
Instead of waiting until examination periods before practising, parents can introduce short mathematical challenges into the child’s daily routine.
Even 5–10 minutes of purposeful number practice can become valuable over time.
For example, during breakfast, you could ask three quick questions.
On the way to school, you could practise multiplication tables.
During shopping, you could discuss prices and change.
Before bedtime, you could give your child a short mental calculation challenge.
The objective is to make mathematical thinking part of everyday life.
Where Abacus Learning Can Make a Difference
Abacus-based learning is another approach that can help children develop their relationship with numbers.
Rather than simply memorising answers, children work with numbers through physical manipulation, visualisation, listening, concentration, and mental calculation.
With consistent practice, children can gradually learn to visualise calculations mentally rather than depending entirely on written methods or calculators.
At SIMA Abacus, the learning experience goes beyond simply teaching children how to calculate quickly. Abacus practice can encourage skills such as concentration, memory, listening, visualisation, and confidence in working with numbers.
This is particularly valuable during the early years when children are developing foundational learning habits.
Mathematics Begins Beyond the Classroom
A child’s mathematical development does not happen only when they are sitting behind a school desk.
It happens when they count their toys.
It happens when they share biscuits equally with their siblings.
It happens when they calculate change at the shop.
It happens when they estimate how long a journey will take.
It happens when they solve a puzzle.
It happens when they ask questions about numbers.
Parents therefore have an important role to play in helping children develop a healthy relationship with mathematics.
The goal should not always be to make children calculate faster.
It should also be to help them think, reason, estimate, solve problems, ask questions, and become confident with numbers.
Building strong mathematical skills takes time. Children develop at different speeds, and every child may have areas where they need additional support.
The most important thing parents can do is create an environment where mathematics is approached with curiosity rather than fear.
Start with simple activities. Make numbers part of everyday conversations. Encourage mental calculation. Play games. Ask questions. Celebrate effort and improvement.
And most importantly, remind your child that being good at mathematics is not about never making mistakes—it is about learning how to think through problems and keep trying.
At SIMA Abacus, we believe every child has the potential to develop stronger numerical and cognitive abilities when given the right learning environment, practice, and encouragement.