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Abstract

Inductive thinking is a method of thinking that involves recognizing patterns, understanding relationships, and deconstructing general rules, which develops through a variety of factors that support complex problem-solving. Using mathematical problems that describe the inductive thinking process in the context of number problems helps investigate students' inductive thinking process. This research aims to develop a new classification framework for students' inductive thinking in the context of mathematical problem-solving. A qualitative descriptive research approach was used in this study. It was carried out in a structured manner on 21 fifth-semester mathematics students at one of the universities in Indonesia with number sequence material. Data collection is done through tests and observations in problem-solving, and analysis is carried out using constant comparative procedures (CCP). The instruments used in this research include mathematical problems and recording tools. The conclusion of this study is presented in the form of three different classifications of inductive thinking: the use of variables (variables as a symbolic tool to solve problems), visual (the application of visual representations to solve problems), and the use of formulas (the use of mathematical formulas for problem-solving). The study offers significant theoretical insights for future research and practical implications for applying inductive thinking in improving mathematical problem-solving.

Keywords

Classification Inductive Thinking Mathematical Problems Problem-Solving

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How to Cite
Kholid, M. N., & Syafif, I. A. (2025). Classification of Inductive Thinking in Mathematical Problem-Solving . Journal on Mathematics Education, 16(2), 633–650. https://doi.org/10.22342/jme.v16i2.pp633-650
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