Math Without Tears: What to Do When Your Child Says, “I’m Bad at Math”

By Totally Medieval · October 5, 2026 · Curriculum, STEM, Math

“I’m bad at math.” It is a phrase many of us homeschooling parents and educators have heard, but we should be careful about accepting it as fact. A child who struggles with math learning, homework or performs poorly on a test is not necessarily bad at mathematics. Sometimes the child understands the concepts but struggles with test-taking; or sometimes they work more slowly than other students; or sometimes there is a small gap in their understanding that has followed them for years.. DISENGAGEMENT. Sometimes the truth is much simpler: they can do the math, but they find the way they are practicing it incredibly boring.

That distinction matters. If a student understands percentages while shopping, keeps track of statistics in sports, manages resources in a video game, or can explain a math problem verbally but struggles on a timed test, the problem may not be mathematical ability. Test anxiety, time pressure, distractions, or fear of failure may be interfering with performance. Research has consistently found an association between higher mathematics anxiety and lower mathematics achievement. Parents should therefore look beyond a single test score and ask, “Can my child demonstrate this skill in another setting?”

1. Find the Real Problem Before Trying to Fix It

When your child says, “I’m bad at math,” don't immediately respond with, “No, you're not.” Instead, investigate. Ask what specifically bothers them.

1. Is it the calculations?

2. Do they understand the lesson but hate doing 30 similar problems?

3. Do they freeze during tests? Are they afraid of getting an answer wrong?

4. Do they understand the new material but struggle because they never completely mastered the last?

Try a simple experiment. Take five problems like ones your child recently strugg

led with. Remove the timer and don't grade them. Sit beside your child and ask them to explain what they are thinking while solving each problem. You may discover that they understand much more than their test scores suggest. If so, mathematical understanding and test-taking should be treated as two separate skills.

There is another possibility parents sometimes overlook: your child may simply be uninterested. That doesn't excuse them from learning mathematics. Children eventually have to learn that not everything worth doing is entertaining. But it also doesn't mean we should deliberately make learning boring. If a student can do the work but continually procrastinates because the practice feels meaningless, parents have an opportunity to change the experience without lowering the academic expectations.

Connect Math to Something They Already Care About

Parents often try to convince children that mathematics will be important someday. The problem is that “someday” isn't particularly motivating to a 10-year-old. Instead, connect today's mathematics to something the child already enjoys.

A sports fan can calculate batting averages, shooting percentages, scores, distances, and statistics. A child who loves cooking can double recipes, work with fractions, convert measurements, and calculate ingredient costs. A future entrepreneur can receive

00 in imaginary startup money and calculate expenses, prices, profits, and discounts. A gamer can explore probability, resources, percentages, coordinates, and scoring. An artistic child can work with symmetry, ratios, patterns, scaling, and geometry.

The mathematics hasn't changed. The reason for using it has.

Parents can also turn ordinary practice into a challenge. Instead of saying, “Solve these 10 problems,” tell your child that they need 50 points. Easy problems are worth five points, medium problems are worth 10, and difficult problems are worth 15. Let the student decide which problems to attempt. Suddenly there is strategy involved. The child is making choices, taking risks, and ironically doing mathematics before solving the first equation.

Make Math Something You Do Together

One of the simplest changes is to stop always being the person holding the answer key. Become a participant. Have your child choose five problems for you while you choose five for them. Play against each other. If your child beats you, let them enjoy it. If you win, offer a rematch. Don't intentionally miss answers to make them feel successful. A victory means more when the child knows they earned it.

Movement can help too. Hide math problems around the house and create a scavenger hunt. Put answers around the room and have younger students move to the correct one. Create a giant number line on the floor. Go outside and calculate distances, areas, heights, or measurements. The objective isn't to remove mathematics from the activity. It is to change the environment surrounding it.

Most importantly, create achievable victories. A frustrated child doesn't need endless speeches about confidence. They need evidence that they can succeed. Give them a problem slightly beyond their comfort level, allow them to struggle with it, offer a small hint if necessary, and let them try again. When they finally solve it, don't say, “See? That was easy.” It wasn't easy to them. Instead say, “You couldn't solve that 10 minutes ago. Now you can.” That is progress they can see.

Try This for One Week

Parents don't need to replace their curriculum to experiment with these ideas. Keep teaching the same concepts, but change how some of the practice happens.

Let your child choose which problems to complete from a larger group.
Connect one lesson to an interest such as cooking, sports, gaming, business, building, or art.
Turn 10 ordinary problems into a competition or game.
Remove the timer occasionally and see whether performance improves.
Let your child challenge you to solve problems.
End the week with a family math game rather than another worksheet.

At the end of the week, ask your child, “Which way helped you understand and practice math best?” Then listen to the answer. Your child may be telling you something important about how they learn.

Totally Medieval: Give Math a Reason

This philosophy is one of the reasons behind Totally Medieval. Instead of expecting children to become excited simply because we put another equation in front of them, Totally Medieval gives the mathematics a purpose inside a game. Students move across a medieval game board, navigate terrain, develop strategies, challenge opponents, and use mathematics to accomplish objectives. Different students can work at different mathematical levels while still participating in the same game, which means siblings and parents can play together even when their abilities are different.

The goal isn't to eliminate hard mathematics or make every moment of education entertaining. It is to give students another way to engage with something they may have already decided they dislike. When Mom or Dad joins the game, the experience becomes even more valuable. You're competing, solving problems, laughing, making mistakes, trying again, and watching your child succeed.

The child who says, “I'm bad at math,” may eventually discover that wasn't really the problem. Maybe worksheets bored them. Maybe tests made them nervous. Maybe they needed more time. Maybe they needed mathematics connected to something they cared about.

Don't lower the expectation. Change the path your child takes to reach it.

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Math Without Tears: What to Do When Your Child Says, “I’m Bad at Math”

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