Apriori-based Analysis of Learned Helplessness in Mathematics Tutoring: Behavioral Patterns by Level, Intervention, and Outcome
John Paul P. Miranda

TL;DR
This paper uses the Apriori algorithm to analyze behavioral patterns linked to learned helplessness in math tutoring, revealing how different behaviors correlate with success or failure across various conditions.
Contribution
It introduces a novel application of the Apriori algorithm to identify behavioral patterns associated with learned helplessness in educational data.
Findings
Skipping problems without hints correlates with unsolved outcomes.
Low-LH students show stronger persistence and hint use linked to solving.
High-LH students exhibit avoidance behaviors like skipping, linked to failure.
Abstract
This study applied the Apriori algorithm to analyze behavioral interaction patterns associated with learned helplessness (LH) in mathematics tutoring system logs. Interaction data were examined across three dimensions: LH level (low vs. high), system-based intervention (with vs. without), and problem-solving outcomes (solved vs. unsolved). The analysis of the complete dataset showed that skipping problems without using hints was the most frequent pattern linked to unsolved outcomes, while persistence behaviors such as not skipping were less dominant overall. Comparisons by LH level showed that low-LH students had stronger links between problem solving and not skipping, as well as positive associations between hint use and solved outcomes. High-LH students showed more avoidance patterns, with skipping strongly tied to unsolved outcomes. In the comparison of system-based intervention…
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