South Elgin students returned to school in late August, bringing classroom routines, homework schedules, and new math learning back into focus.
As children settle into a new grade and work to keep pace with the year’s math curriculum, the transition is not always perfectly smooth. Some may need time to refresh earlier skills, adjust to more complex problems, or rebuild confidence after the summer break.
Today, Mathnasium of South Elgin shares several early math struggles children may experience at the start of the school year, along with practical tips to help parents support them at home.
Math struggles often surface in the first few weeks of school, and they can be academic, behavioral, or emotional. Researchers who study student engagement treat how students behave, feel, and think as connected, so one type of struggle often shows up alongside another.
Parents who recognize these patterns early can more easily tell a temporary adjustment apart from a learning gap that needs support. Here's where they tend to show up.
You may notice your child having trouble recalling math skills that felt comfortable before summer break. This is common and usually temporary, not a sign that a student has "forgotten everything."
This pattern is called summer learning loss, sometimes called the summer slide. It refers to a decline in academic skills that can occur during a long break from regular classroom instruction and practice.
Researchers have identified a connection between summer break and achievement test scores. A review of this relationship found that scores declined over summer vacation by roughly one month on a grade-level-equivalent scale on average, with math showing a bigger drop than reading.
The largest math losses were in computation, the step-by-step procedures students use to work through calculations. That’s often why computation is the first thing to feel rusty.
If long division feels familiar in May but suddenly seems confusing once school starts again, your child may simply need a refresher on where to write each step and how the procedure fits together.
The skill is still there, but they may need some practice to recall the steps and use them reliably again.
📕 You May Also Like: 5 Ways Reflection Improves Math Retention + Parent Tips
Math homework that takes far longer than expected is usually connected to the return to school-year routines. Nearly every subject feels this adjustment, but math tends to show it clearly because learning here depends on frequent practice.
As a parent, you may notice patterns such as:
Your child has trouble sticking to a planned schedule.
They start assignments late.
They forget to bring home the right materials.
They complete only the easiest problems on a worksheet.
This doesn't necessarily point to a lack of ability, because your learner is still rebuilding the school routines.
Left unaddressed, though, this pattern can compound. Missed practice and rushed effort make it harder for parents and teachers to see what a child understands, and a routine-adjustment issue can gradually turn into a real learning gap.
Not every learner needs to work perfectly from day one. But because math depends on regular chances to practice and build on each new lesson, consistency in the first few weeks matters.
Your child may feel overwhelmed at the start of a new grade, even after a successful year in math. In our experience working with South Elgin students, this tends to happen at three points in particular:
The move into sixth grade. U-46 is transitioning sixth grade into middle schools starting with the 2026–27 school year, which means many students will be adjusting to a new school structure, such as changing classes and more responsibility for assignments, while at the same time they're taking on more abstract sixth-grade number work.
The start of seventh grade. Ratios and proportional relationships open the seventh-grade math course. This can be challenging because your child now has to connect tables, graphs, equations, and real-world situations, which differs from the single-step computation they may have used in previous grades.
The transition into Algebra 1. U-46's high school math sequence begins with Algebra 1 in ninth grade. Algebra 1 course asks students to work consistently with variables, equations, functions, and multiple representations. The change from calculating with known numbers to reasoning about relationships and unknowns can be challenging for 9th graders.
Math is cumulative, so new learning usually depends on ideas a student has already encountered.
This can be challenging even for students without a learning gap. While understanding the original form, they can have difficulties recognizing it when it shows up with new numbers and an extra layer of complexity.
We see problems in transferring ideas across grade levels in similar patterns:
Third grade: multiplication builds on repeated addition. U-46's third-grade math begins with properties of multiplication and division, working with equal groups in units of 2, 5, and 10. Even a child who is comfortable adding 5+5+5+5 may still struggle to connect that repeated addition to 4 × 5, equal groups, arrays, and a multiplication equation.
Upper elementary: fractions build on equal parts. While students easily memorize numerators and denominators, they struggle when comparing fractions or placing them on a number line. This occurs because children transition from whole numbers, where larger digits mean greater quantities, to fractions, where larger denominators mean smaller pieces. This shift requires moving from counting digits to reasoning about relative part-whole sizes.
Middle school: proportional reasoning builds on multiplication, division, and fractions. Seventh graders in U-46 begin the year with proportional relationships. Multiplication and division skills do not automatically mean recognizing that a table, graph, equation, and word problem can all represent the same relationship between two quantities.
Algebra: solving equations builds on equality and inverse operations. Students often stumble when they have to apply those operations systematically to keep both sides balanced while isolating the unknown.
This pattern tends to surface early in the year because the first units of a new grade usually introduce that grade's core themes right away and ask students to put prior knowledge to work.
The first week of school can set the tone for how a child approaches math. Children who start the year with high expectations or lower confidence may be especially affected by a low score or a difficult first assignment.
Most schools start the year with a diagnostic check, a quick quiz, or an early assignment to see where students stand. But for a child who is still finding their footing in a new grade, a rough grade on that first checkpoint can easily feel like a permanent verdict on their math ability.
That pressure may rise when comparison enters the room. If a classmate seems to finish faster or scores higher, the experience can feel intensely personal. Your learner might stay quiet just to avoid being wrong in front of peers.
These reactions matter because a child's math confidence and performance can influence one another. Research suggests that when children interpret a setback as evidence that they lack ability, they may become more anxious or less willing to engage with future math tasks.
📕 You May Also Like: Back-to-School Math Anxiety Starts Before School Does
Our education specialists recommend four simple ways to support your child through math struggles that may arise early in the school year.
Your learner can rebuild shaky recall fastest when they revisit an earlier skill in short sessions.
If tonight’s assignment asks them to compare or order fractions with unlike denominators (the new layer), spend 5 minutes drawing basic fraction bars to remind them what a unit fraction actually represents (the old layer). For example, show that \(\Large\frac{1}{4}\) is larger than \(\Large\frac{1}{8}\) because a pizza cut into 4 slices has bigger pieces than one cut into 8.
This quick warm-up activates what a child already knows without turning into a review of everything from last year. It also gives you a clear, early signal. If the warm-up itself is a struggle, you can flag it to a teacher or tutor before it compounds.
Framed this way, instead of an extra task, review becomes part of the daily routine.
What looks like a motivation problem, such as a messy homework routine, may point to a lack of structure. The way you respond to a rushed or unfinished assignment early in the year sets the tone for how routines get rebuilt.
A simple way to structure homework time is to start each session with the same few steps: gather materials, read the directions, begin with one problem, and write down any questions along the way.
This directly supports a learner who is forgetting materials, delaying homework, rushing, or losing focus partway through an assignment. Repeatable steps rebuild the routine faster than a general reminder to concentrate ever will.
📕 You May Also Like: How to Build a Math Practice Routine That Lasts
The instinct to jump in and explain is usually the most compelling when it's least helpful. What you ask in that moment determines whether your child leans on you or starts figuring things out on their own.
What if, instead of "Here, let me just show you how to do it," you asked, "What is the question asking you to find? Let's start there"?
"You should already know this" shuts the conversation down. "What have you tried so far? Which part is confusing: the first step, the method, or the calculation?" opens it back up.
Questions that isolate exactly where a child is stuck do more for independence than any explanation you could offer.
📕 You May Also Like: A Grade-by-Grade Guide to Building Math Homework Independence
A rough grade in the first weeks of school often says more about timing than about ability, but the reaction it gets can outweigh the score itself. How you respond becomes the lesson your child takes from it.
Instead of saying, "I thought you understood this, what happened?" you could say, "This one was tougher than expected. Let's look at which questions gave you trouble and go from there."
If you catch yourself saying, "Other kids in your class did fine on this," remember that comparison adds pressure without adding clarity. You could say, "What's one skill we can review before the next quiz?"
If these conversations and review strategies start to feel difficult to manage at home, structured support like Mathnasium can take some of that pressure off.
📕 You May Also Like: 5 Proven Tactics to Promote a Math Growth Mindset
At Mathnasium, we help students put early setbacks into perspective, identify the skills that need attention, and keep moving forward with a clear plan.
Mathnasium of South Elgin is a math-only learning center helping students of all skill levels excel in math.
We work with many students throughout the school year, whether they are adjusting to new expectations, working through setbacks, or building more effective math habits along the way.
To support them, we use the Mathnasium Method™, our proprietary teaching approach built around what each student needs.
It starts with a diagnostic assessment that pinpoints your child's strengths, knowledge gaps, goals, and how they learn best, giving us a clear picture of where to begin.
From those insights, we build a personalized learning plan around what your child needs throughout the school year. That might mean reviewing skills that still need attention, preparing for new topics as they come up, or building a stronger foundation before new math challenges begin.
Our specially trained tutors then deliver face-to-face instruction using verbal, visual, mental, tactile, and written techniques, teaching the how and the why so your student builds real problem-solving skills.
That support continues year-round, with homework help, test prep, and curriculum support.
Students stay engaged through game-based activities, earned rewards, and consistent recognition of progress, and the numbers show it.
94% of parents report an improvement in their child's math skills and understanding
93% of parents report their child's improved attitude toward math after attending Mathnasium
90% of students saw an improvement in their school grades
With over 1,100 centers, we bring the Mathnasium Method™ close to your neighborhood.
For families in and near South Elgin, IL, Mathnasium of South Elgin is a trusted local center with years of experience building confident math thinkers.
Ready to get started?
📅 Schedule a Free Diagnostic Assessment at Mathnasium of South Elgin
Not near South Elgin?
Mathnasium of South Elgin is a math-only learning center for K-12 students in South Elgin, IL. 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.
Schedule Assessment
(224) 535-8755
(224) 535-8755
