Observational analysis shows increased free time enhances performance in young adults, suggesting cognitive strategies change with age.
Following instructions is essential for academic success but challenging, especially for children, as it relies on working memory. Here, we used insights from working memory research to design and test ways to improve short-term maintenance of instructions in young adults and school-aged children. Participants memorized and executed sequences of spoken instructions under a baseline and three experimental conditions: additional free time, active verbal repetition, and passive repetition. In young adults, free time substantially improved performance. Passive repetition also improved performance, but not beyond the effect of free time. Active repetition, on the other hand, slightly impaired it. In 9-year-olds, active repetition also impaired performance, but free time provided little benefit. These findings demonstrate that providing more free time during instruction delivery improves performance in young adults but is far less effective in children, suggesting important developmental differences in the short-term maintenance of instructions and the (strategic) use of free time.
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Vergauwe et al. (2025) studied this question.
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