Math Anxiety – Is Math a Challenge for Your Child?

Child in red shirt nervoously looking at notebook while holding a blue pen

Written by: Liza Gresko, Mom and PR Specialist at Moss Tucker Group

Key Facts at a Glance

  • ✓ Roughly 30% to 50% of children develop negative attitudes, anxiety or disinterest towards math by middle school.
  • ✓ Just anticipation of math can be painful, activating the brain's fear and physical pain networks.
  • ✓ Young children quickly absorb math stress from parents and teachers.
  • ✓ Many students decide they are "not good at math" before even reaching middle school.

Are These Words Familiar? "I don't like math" or "I'm not good at math"

Is this something you've heard your child say? Admit it: have you yourself said the same thing out loud? If your child's math homework is met with groans or tears, you may think they genuinely dislike math. But we have a secret to share: your child doesn't dislike math.

They just dislike the way math makes them feel.

It turns out, not only can math induce anxiety, fear and insecurity, it can even spark physical pain.

For certain kids, math is physically and emotionally painful because high anxiety activates the exact same brain pain network that responds to bodily hurt, turning numbers into a real source of dread. According to a study conducted by The University of Chicago, brain scans can show that anticipating a math problem lights up the "dorsal posterior insula and mid-cingulate cortex", areas that process physical pain.

The panic can cause real body symptoms like stomach aches, a heavy gut feeling, tight chests, or sweating. It can even cause a drain on the brain's working memory. Fear fills the brain's mental workspace, making it hard to think and causing the child to freeze or blank out.

Struggling students often show lower activity in areas of the brain that help slow down or change strategy after making a mistake, leading to continuous frustration.

How Did this Aversion to Math Begin?

Your child is sitting in Mrs. Evan's Math class in 3rd grade. They're taking a test and they immediately start to get confused.

Their heart starts to race and palms begin to sweat. They're wracking their brain and realize that they don't understand the problem or how to solve it! They instantly feel they're going to fail. All at once they are stricken with complete fear over what this means for them in the class and with their parents. Will they get in trouble? What is going to happen?

If that story sounds familiar, you and your child are not alone.

By the time many children reach second or third grade, math has already become associated with fear, embarrassment, or the belief that they're simply "not a math person."

Students experiencing chronic math anxiety often struggle to recover from mistakes because the brain has a harder time slowing down, reflecting, and trying a different strategy.

The "Pile-Up Effect"

Because math is built step-by-step, if a child misses an early core idea it can turn future lessons into a confusing and painful uphill climb. It's called the "Pile-Up Effect".

If a child misses an early foundational idea, every new lesson becomes harder. Small gaps grow into larger ones, making math feel like climbing a mountain with no clear path.

Over time, frustration becomes anxiety. Then anxiety becomes avoidance.

The Myth of the "Math Person"

One of the biggest contributors to math anxiety is the widespread belief that people are either born good at math or they aren't.

According to EdSurge, Psychologist Carol Dweck calls this a fixed mindset.

Unlike reading, many adults comfortably announce, "I'm just not a math person," without giving it a second thought. Imagine saying, "I'm not really a reading person. Can someone read the restaurant menu for me?"

Yet we hear similar comments about math every day. Children absorb these messages even before they try to understand algebra.

Math isn't something children have to be "good at" before they can begin learning it. Humans are born with an intuitive foundation for understanding quantity, patterns, and relationships and interestingly, children begin developing these early mathematical concepts through everyday play. Things like stacking blocks, counting fingers, sorting objects, recognizing patterns, and solving puzzles all help build the early number sense that becomes the foundation for more formal mathematical thinking.

Long before a child can look at the number 4 and understand that it represents four objects, they can begin to understand what "four" feels like through play and experience. That's one reason many early-learning games use dice with pips rather than numerals: children can see and recognize a quantity before they're ready to connect that quantity to its written symbol.

In other words, it's not simply about whether a child has the ability to learn math (which they absolutely do), it's about the environment in which that ability is nurtured. When math is introduced through playful, hands-on experiences, children can build confidence and develop the foundational skills they'll draw on as mathematical concepts become more complex.

FACT: Math Anxiety Is Learned

Research shows that children don't develop math anxiety in isolation.

Parents who openly dislike math can unintentionally pass those feelings to their children, and so can teachers towards their students, according to a 2021 study published in Developmental Science.

The study, involving 551 first-grade students, showed that higher levels of teacher math anxiety were associated with lower math achievement among both girls and boys. This is one more reason to introduce math in ways that feel playful, approachable, and positive, helping children build confidence and see themselves as capable math learners.

Children watch the adults around them closely. They notice whether we approach math with confidence or with dread, especially if the child is asking for help with homework

Math anxiety doesn't just make homework difficult. It can keep talented students from pursuing science, technology, engineering, and mathematics careers.

Ironically, students with strong mathematical ability are often the ones most affected because anxiety interferes with the working memory they rely on to solve complex problems efficiently. Under pressure, they may abandon strategies they know and revert to slower, less effective ones.

No child should decide at eight years old that they're "bad at math."

What Can Parents Do?

The good news is that math anxiety can be reduced.

You can help by:

  • Starting early and working on foundational math skills with your toddlers
  • Speaking positively about math, even if it wasn't your favorite subject.
  • Avoiding comments like "I was never good at math."
  • Taking opportunities with everyday action to help kids visualize math like cutting a pizza into slices, measuring out ingredients in cooking, comparing prices for quantity when shopping, keeping a running tally of scores at sporting events and using every opportunity to add, subtract, multiply and divide without your phone doing the work.
  • Praising effort, persistence, and problem-solving rather than speed.
  • Playing games, like these Math & STEM games, to make math more fun and less serious.
  • Helping children view mistakes as part of learning, not proof that they aren't capable.

Most importantly, remember that mathematical ability is not fixed. Every child is born with the capacity to develop mathematical reasoning through practice, encouragement, and quality instruction.

Math anxiety is far more than frustration with homework; it's actually a learned emotional response that can shape how children see themselves for years to come.

When we replace that fear with curiosity, that pressure with positive support, and scary math worksheets with fun games and a more light-hearted approach, we help provide children with something much more valuable than better math grades.

We give them confidence and a safe space to learn through play.

Frequently Asked Questions

Is math anxiety a real condition?

Math anxiety is a well-documented emotional response that can trigger fear, stress, and even physical symptoms. Brain imaging studies have shown that simply anticipating a math problem can activate areas of the brain associated with physical pain. While math anxiety is not a formal mental health diagnosis, it is a real barrier to learning and can significantly affect a child's confidence and academic performance.

What are the signs of math anxiety in children?

Children with math anxiety may say things like "I don't like math" or "I'm just bad at math."

They may cry or become frustrated during homework or during math class. They may complain of having stomach aches or headaches before math class or before taking tests. They may not sleep well the night before a math test. They may freeze, panic or blank out when trying to solve math problems.

They may completely avoid anything to do with math whenever possible, and become unusually upset after making even the smallest mistakes while attempting math.

At what age does math anxiety begin?

Research suggests that negative attitudes toward math can begin as early as elementary school, with many children developing math anxiety before middle school. Early experiences with pressure, timed tests, or repeated frustration can shape a child's beliefs about their mathematical ability.

Can parents accidentally cause math anxiety?

It's important to remember that children often absorb adults' attitudes toward math. Statements like "I was never good at math" or "I'm not a math person" may unintentionally reinforce the idea that math ability is something you're born with rather than something you develop. Modeling curiosity, persistence, and a willingness to learn can have a powerful positive influence. Playing games with your child can help them look at math in a less serious way and even make it something they look forward to trying.

Can math anxiety affect high-achieving students?

Students with strong math abilities are often deeply affected because anxiety interferes with working memory, the mental workspace needed to solve complex problems. Under pressure, even capable students may forget strategies they know well or make mistakes they wouldn't normally make.

Can you stop math anxiety after it's started?

Math anxiety can improve with supportive teaching, a positive approach and environment, consistent practice, and a growth mindset. Helping children understand that mistakes are part of learning, celebrating effort instead of speed, and building strong foundational skills can significantly reduce anxiety over time.

How can I help my child feel more confident in math?

You can support your child by readjusting your view on math. Instead of speaking negatively about math, speak positive about math. Avoid labels and comments like "I'm not a math person." Praise effort and persistence instead of speed. Try and connect math to everyday activities like cooking, shopping, games or sports. Encourage questions and celebrate mistakes as learning opportunities. Play math games together and as a family so they can learn and practice within a safe and comfortable space. Games are supposed to be fun, not about getting the "right answer." Seek extra support early if your child is still struggling with foundational concepts. There is no shame in asking and getting help!

When should I seek extra help?

If your child consistently avoids math, experiences significant stress during homework, frequently says things like they are "dumb" or "bad at math," or falls behind because of anxiety, additional support may help. Working with a qualified teacher, tutor, or math specialist can rebuild both skills and confidence before small learning gaps become larger ones.

Research Source: Schaeffer et al. (2021), Developmental Science, "Elementary school teachers' math anxiety and students' math learning: A large-scale replication."

Liza Gresko PR toy specialist and guest blogger for SimplyFun

Liza Gresko is a seasoned publicist at Moss Tucker Group with nearly 20 years of experience in the toy industry, helping brands tell compelling stories and connect with families worldwide. A mom of three, she's passionate about guiding families toward classic, educational toys and games that spark imagination and a love of learning.

Related Topics:
Back to blog