Enhancement of numeric cognition in children with low achievement in mathematic after a non-instrumental musical training.
Clapping and singing number rhythms for a month made low-math first graders write digits faster and more accurately.
01Research in Context
What this study did
Ribeiro et al. (2017) worked with 42 seven-year-olds who scored low on school math tests. Half the kids got 30-minute music sessions three times a week for four weeks. The other half kept normal math class. No instruments were used; kids clapped, sang, and moved to number rhythms.
What they found
After the month, the music group wrote numbers faster and made fewer digit flips. Gains showed up on paper-and-pencil tests given one week later. The control group stayed at the same slow, error-prone speed.
How this fits with other research
Ratih et al. (2024) also used a fun classroom medium—Tetris blocks—to help an ADHD child focus longer. Both studies show that short, game-like activities can lift academic skills without extra worksheets.
Siegel et al. (1970) proved the same point fifty years ago: when you turn classwork into a token game, preschoolers write more letters. Silva’s music twist updates the idea for older kids and math.
Silva et al. (2020) later tested the Good Behavior Game and found kids prefer losing tokens to gaining them. That choice matters for motivation, but the core lesson is the same—classroom games drive learning.
Why it matters
You can add ten minutes of rhythmic clap-and-count drills before math facts practice. No cost, no instruments, no extra staff. Try it during circle time or transitions; kids see it as play, yet you get measurable gains in number writing speed and accuracy.
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02At a glance
03Original abstract
Studies suggest that musical training enhances spatial-temporal reasoning and leads to greater learning of mathematical concepts. The aim of this prospective study was to verify the efficacy of a Non-Instrumental Musical Training (NIMT) on the Numerical Cognition systems in children with low achievement in math. For this purpose, we examined, with a cluster analysis, whether children with low scores on Numerical Cognition would be grouped in the same cluster at pre and post-NIMT. Participants were primary school children divided into two groups according to their scores on an Arithmetic test. Results with a specialized battery of Numerical Cognition revealed improvements for Cluster 2 (children with low achievement in math) especially for number production capacity compared to normative data. Besides, the number of children with low scores in Numerical Cognition decreased at post-NIMT. These findings suggest that NIMT enhances Numerical Cognition and seems to be a useful tool for rehabilitation of children with low achievement in math.
Research in developmental disabilities, 2017 · doi:10.1016/j.ridd.2016.11.008