Correcting responses after receiving feedback leads to better learning
Evidence from educational research and automated feedback systems consistently indicates that correcting responses and learning from targeted feedback improves cognitive performance and knowledge acquisition.
The retrieved papers provide consistent empirical support for the premise that feedback and iterative correction lead to improved learning outcomes, particularly in digital and automated learning environments. No retrieved papers refute the claim.
Jim Ranalli, Taichi Yamashita. Automated written corrective feedback: Error-correction performance and timing of delivery. 2022. https://doi.org/10.64152/10125/73465
Paper [0] discusses how automated written corrective feedback and error-correction performance support second language development.
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Lina NJ, Mahmud SM, Hasan M, Arefin MF, Rizvee RA, Rahman MM, Khan MM. CodeStream: A dataset of iterative programming submissions with sequential verdict traces and attempt histories.. 2026. https://doi.org/10.1016/j.dib.2026.112843
Paper [5] examines attempt-level iterative programming submissions and error correction patterns, supporting the role of corrective feedback loops in learning progression.
Parrales-Bravo F, Arias-Flores H, Caguana-Alvarez L, Dávila-Medina M, Parrales-Bravo C, Vasquez-Cevallos L. GUM: Gum Understanding Mission-A Serious Game to Improve Periodontitis Literacy Among University Students.. 2026. https://doi.org/10.3390/dj14040242
Paper [10] shows that adaptive serious games incorporating immediate elaborated feedback and error reduction substantially improve learning outcomes compared to traditional lectures.
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