The Effect of Finger Mathematicsand Audiovisual Materials on the Understanding of Multiplication Concepts Among Students with Mild Dyscalculia in Elementary School

Mathematics is a crucial intellectual tool in daily life and serves as the foundation for various academic disciplines. This issue is also faced by students at SDN Patemon01 Jember, including those with mild dyscalculia. Based on the author’s observations, data revealed that 10% of students experience difficulties with numerical learning. The objective of this study is to examine the influence of Jarimatika and audiovisualmedia on the concept of multiplication among students with mild dyscalculia.

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How We Discovered My Daughter Has Dyscalculia

Laura Jackson discovered her daughter has dyscalculia after emotional signs revealed deeper math challenges. She partnered with specialists and used focused teaching methods to improve her daughter’s skills and wellbeing. Today her daughter is succeeding in algebra and geometry and is becoming a confident self-advocate.

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How are dyscalculia, dysgraphia, and dyslexia related?

When dysgraphia and dyscalculia appear alongside dyslexia, the effect isn’t simply additive — it compounds. Writing by hand already overloads working memory; add the demands of manipulating numbers, and a student can easily lose track partway through a problem. Dysgraphia makes it hard to *show what you know* in language arts, and it also swamps working memory during any pencil-and-paper task, including math and science. Dyscalculia, meanwhile, can obscure a student’s genuine talent in math reasoning and problem-solving.

The single most important thing to understand is this: for a long time, a child’s work production may dramatically underestimate their actual understanding. Progress in math with this combination is often non-linear — impossible one year, suddenly effortless a few years later, especially as working memory expands with age (which it does considerably for dyslexic learners). What is *not* usually weak is math reasoning itself. In fact, for many dyslexic students, reasoning and problem-solving are real strengths — they simply get buried beneath slow fact retrieval and laborious handwriting.

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Can Children with ADHD or Dyscalculia Benefit from Abacus Learning

A child who struggles with maths is not always “bad at numbers”. A child who cannot sit still is not always “not trying”. For children with ADHD or dyscalculia, learning maths can feel like trying to hold water in their hands. The ideas slip away before they can use them.

Abacus learning can help some children because it makes numbers visible, touchable, and rhythmic. It gives the brain something concrete to work with before asking it to calculate mentally. That matters for children who find abstract maths hard, or who need more structure to stay focused.

It is not a cure for ADHD or dyscalculia. It does not replace specialist support, school adjustments, or advice from health and education professionals. But when taught well, at the right pace, Abacus learning can become a useful part of a child’s wider learning plan.

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