Long before children learn their times tables, they start picking up cues about math from their parents. The way parents talk about the subject, react to mistakes, or approach challenges shapes how their children feel about math, often in lasting ways.
Since the 1980s, and with renewed interest in recent decades, researchers have studied the connection between parental attitude and a child’s math experience. The findings are clear: a parent’s beliefs and behaviors around math can directly influence their child’s motivation, performance, and levels of math anxiety.
At Mathnasium, we’ve seen this play out firsthand. That’s why today we highlight what research and experience reveal and share five practical ways parents can model calm and help foster a confident, positive mindset around math at home.
Children are always learning, even when no one is actively teaching. When it comes to math, much of what a child believes is shaped at home through brief comments, body language, and innocuous reactions during homework or practice time.
These moments reflect something psychologists refer to as parental attitude, the beliefs and emotions parents express around math, often without meaning to.
Let’s explore what children pick up from their parents in everyday moments and how those signals shape their mindset around math for years to come.
The way parents talk about math, whether with confidence, hesitation, or frustration, tells children how to feel about it. A parent who says, “I’m not a math person,” may not mean any harm, but to a child, that can sound like a permanent label.
Children also notice how math shows up emotionally. Sighs, rushed explanations, or visible stress send the message that math is something to get through, not something to explore.
A 2015 study from the University of Chicago found that when parents with high math anxiety frequently help with homework, their children tend to perform worse in math.
Psychologists describe this as emotional contagion or the transfer of feelings through observation and interaction. In learning environments, it can be especially impactful.
When parents model calm and curiosity during math time, children learn to feel safe, supported, and capable, even when the work is challenging.
Parents teach children how to handle mistakes, often without realizing it. If an error leads to tension or correction, a child may quickly learn that getting something wrong is a problem to avoid.
If it’s met with patience or encouragement, they begin to understand that mistakes are part of how learning works.
Inconsistent reactions, such as frustration one day, calm the next, can also make math feel unpredictable. Gradually, many children internalize rules like:
Only try if you’re sure.
If it’s hard, I must not be good at it.
Getting it wrong means I’ve failed.
Although such beliefs don’t always show up in grades, they affect how students approach challenges and how quickly they give up when unsure.
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Parents also set the tone for what math success looks like. Celebrating speed or correct answers teaches that performance is the goal. Praising focus, effort, or trying a new strategy sends a different message: math is about thinking.
For example:
“You got that so fast!” can turn speed into pressure.
“You stuck with it, even when it got tricky” reinforces persistence.
What parents emphasize, intentionally or not, shapes how children define progress. That, in turn, influences how they measure themselves.
Parents don’t need to handle math perfectly to make a meaningful difference. By creating a math climate that feels steady and supportive, they help children feel safe enough to engage with challenge.
When parents model calm and respond with consistency, children become more willing to take risks, ask questions, and believe they can figure things out.
Next, we’ll explore five practical ways to support that shift, backed by research and used every day inside Mathnasium Learning Centers.
In a Stanford study of children ages 7 to 10, researchers found that a positive attitude toward math predicted stronger achievement, even beyond IQ or working memory. Brain scans showed that mindset affected how efficiently students learned.
And that mindset often starts with how math is talked about at home.
Say your child is working on this problem:
“What’s \(\Large\frac{1}{2}\) + \(\Large\frac{1}{4}\)?”
They pause, look frustrated, and say, “I don’t get it.”
Instead of:
“We’ve done this a hundred times.”
“Come on, it’s not that hard.”
“You just add them.”
Try:
“Let’s draw it and see what it looks like.”
“You haven’t figured it out yet, want to talk it through?”
“It’s normal to get stuck, that’s how your brain figures things out.”
The more you use supportive language and keep the problem open, the more your child learns that math is something they can work through, even when it’s challenging.
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Psychologist Carol Dweck’s work shows that praising effort, not speed or correctness, helps students stay engaged with challenging work. This is the foundation of a growth mindset: the belief that ability improves through practice, reflection, and problem-solving.
This applies to math directly.
Suppose your child is working on this:
(5 + 3) × 2 + 4
Your child solves the parentheses first—correctly—but then adds 2 + 4 before multiplying. The final answer is wrong, but they remembered part of the order of operations and followed the steps with care.
That’s the moment to notice.
“You did the parentheses first. That shows you’re thinking it through. Let’s keep building on that.”
Now zoom out.
Maybe a month ago, that same child rushed through problems like this without thinking it through. Today, they’re taking time to organize their steps and make sense of what the problem is asking, even if they don’t land on the right answer yet.
That’s real progress, and it deserves to be recognized.
Praising how they worked, not just what they solved, helps kids stay confident when math gets hard.
It’s natural to want to jump in when your child makes a mistake, especially in math, where answers can feel black and white. But too much correcting can create a quiet dependency: they wait for your nod instead of trusting their own thinking.
What helps more is asking questions that open up their process.
Take this example:
“Which fraction is greater: \(\Large\frac{3}{4}\) or \(\Large\frac{5}{8}\)?”
Your child guesses \(\Large\frac{5}{8}\). You can tell they’re not sure why.
Instead of saying, “Nope, it's \(\Large\frac{3}{4}\) ,” try:
“How did you decide that?” or, “Can you think of a way to compare them that would make it easier to see?”
Maybe they’ll draw a model. Maybe they’ll try finding common denominators. Either way, they’re doing the thinking. You’re helping them stay with the problem, not steering them away from it.
Questions like these encourage metacognition, the habit of reflecting on how you think. That’s what leads to deeper understanding, not just memorized steps.
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When a mistake is met with calm curiosity instead of correction, students stay willing to think. That doesn’t mean you are ignoring the error. You’re simply helping your child see that every wrong turn has value.
Say your child is solving for the area of a rectangle: 8.5 × 4
They write 32. You notice they multiplied 8 × 4 but left out the 0.5.
Instead of correcting right away, try:
“That was a smart try. Let’s look at what you figured out.”
“Great, now we know where it got tricky.”
“You're working with decimals, which means you're stretching. That’s good.”
Mistakes show where the thinking is happening. If your child feels safe to get things wrong, they stay open to learning something new.
The way a parent moves through a challenging moment sets the tone for how a child learns to handle their own.
Picture this:
Your child is working through long division. They erase three times, press harder on the pencil, and sit rigid in their chair. You can see how close they are to quitting.
You take a slow breath. You sit down next to them instead of standing over them. You give the moment space.
Even small choices, like waiting a few seconds or quietly sliding over some scratch paper, help lower the emotional temperature. A quiet “Let’s take this one line at a time” can be enough to pull them back in.
Steady presence becomes part of their problem-solving toolkit. They begin to understand that confusion isn’t a crisis and that progress starts with staying calm enough to think.
At Mathnasium, students build strong math skills and a more positive, confident outlook toward learning and challenge.
Families and students who come to Mathnasium usually have clear goals, whether that’s rebuilding foundational skills, preparing for a test, or pursuing new challenges. We help students reach those goals. But just as important is helping them develop a healthier relationship with math.
That means building confidence, easing anxiety, and creating a mindset where challenge feels manageable, even when math feels overwhelming.
We do this through our proprietary teaching approach, the Mathnasium Method™. Unlike standard curricula, our method is personalized to unlock each student’s potential and reshape how they think and feel about math.
Where does that begin?
With their very first experience: the diagnostic assessment. Every student’s journey starts here. It’s a low-pressure, interactive evaluation where we learn not just what they know, but how they approach problems, where their strengths are, and how they learn best.
From that, we build a customized learning plan. Our instructors follow this plan closely, delivering instruction in a warm, engaging setting designed to keep students focused and motivated.
During sessions, we blend direct teaching with Socratic questioning to help students uncover what they understand and where they need support. We also use verbal, visual, tactile, mental, and written techniques to meet different learning styles and reinforce understanding.
When we guide students through math concepts, we focus on both the “how” and the “why.” That way, they gain more than just skills; they build reasoning and critical thinking tools they can use well beyond math class.
We also incorporate math games, hands-on activities, and meaningful rewards to keep students energized, confident, and eager to keep going.
Families report measurable progress:
94% of parents report an improvement in their child's math skills and understanding
93% of parents report an improved attitude towards math after attending Mathnasium
90% of students saw an improvement in their school grades
Mathnasium operates over 1,100 centers nationwide, bringing top-rated tutors and our efficient method close to your community.
For families based in or near Rolling Hills Estates, Mathnasium of Rolling Hills Estates is a trusted local center with years of experience helping students transform how they think and feel about math.
If your child is looking to catch up, keep up, or get ahead in math, we can help.
📅 Schedule a Free Diagnostic Assessment at Mathnasium of Rolling Hills Estates!
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Mathnasium of Rolling Hills Estates is a math-only learning center for K-12 students in Rolling Hills Estates, CA. Trusted by over a million parents, Mathnasium uses personalized learning plans and the proprietary Mathnasium Method™ to help students catch up, keep up, and get ahead on their math journey.
Our specially trained tutors deliver face-to-face instruction in a supportive and fun small-group environment, working with students both in center and online to develop a deep understanding of math, build confidence, and improve academic performance.
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