Research Article

Algebra errors and misconceptions: A teaching and learning opportunity

Eric Machisi 1 * , Mpho Gift Manamela 2
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1 Department of Mathematics, Fujairah Boys’ School, Fujairah, UNITED ARAB EMIRATES2 Department of Mathematics, Monyong Secondary School, Polokwane, SOUTH AFRICA* Corresponding Author
Contemporary Mathematics and Science Education, 7(1), January 2026, ep26001, https://doi.org/10.30935/conmaths/17739
Submitted: 18 April 2025, Published: 14 January 2026
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ABSTRACT

This study examines common algebra errors and misconceptions among grade 11 secondary school students in South Africa and proposes a classroom-based intervention strategy to turn these errors into learning opportunities. A purposive sample of 35 students from a public secondary school in Seshego Township, Polokwane, was selected for the study. Using students’ scripts from a district-level algebra test, the research utilized a mixed-methods case study design. Qualitative analysis was employed to categorize types of errors and provide interpretive explanations, while frequency counts and percentages were calculated to determine their prevalence. The results revealed three predominant misconceptions: misapplication of algebra rules (37.04%), illegal cancellation (48.15%), and cancellation errors (14.81%), most of which stemmed from prior learning experiences. Building on constructivist and sociocultural learning theories, the study introduced a collaborative, student-centered intervention using error-analysis worksheets integrated into daily lessons. This approach encouraged peer dialogue, reflection, and correction of misconceptions. A decrease in the frequency of errors and misconceptions was observed in the post-intervention assessment results. The study’s novelty lies in linking diagnostic error analysis with pedagogy to provide a replicable model for transforming algebraic mistakes and misconceptions into opportunities for conceptual growth. Despite being limited to one school, the findings offer new theoretical and practical insights into how error analysis can enhance metacognition, resilience, and instructional quality in mathematics. Future researchers are encouraged to conduct experimental studies on the proposed intervention to assess its effectiveness.
Keywords: algebra errors, misconceptions, collaborative learning, error analysis, teaching strategy, constructivism

CITATION (APA)

Machisi, E., & Manamela, M. G. (2026). Algebra errors and misconceptions: A teaching and learning opportunity. Contemporary Mathematics and Science Education, 7(1), ep26001. https://doi.org/10.30935/conmaths/17739

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