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Framework of Integrating Algebraic Thinking in Problem-Based Learning via Online Environment for School Students

机译:通过网络环境为学生提供基于问题的学习中的代数思维整合框架

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Algebraic thinking is a very important skill that should be mastered by students at an early stage before learning algebra. However, algebraic thinking is not emphasized in learning algebra. The traditional approach for teaching algebra, which involved writing and solving equations according to the rules of mathematics, is taught procedurally and in isolation from other mathematical domains, hence towards real-world application of learning mathematics. In this paper, we conducted a study that integrated the students' algebraic thinking into the problem-based learning (PBL) process. Qualitative data from a learning task, namely which consisted of teaching notes, self-readings, reflections, self-evaluations, evaluation of scenario problems, task-based interview transcripts, and task-based interview notes were used to explore the acquisition of algebraic thinking. Accordingly, the framework that integrates students' algebraic thinking with the PBL process is expected to assist teachers in enhancing the effectiveness of teaching and learning of algebra and can potentially serve as a basis for developing algebraic thinking among school students, particularly at lower secondary level.
机译:代数思维是一项非常重要的技能,在学习代数之前应由学生在早期阶段掌握。但是,在学习代数时不强调代数思维。传统的代数教学方法是根据数学规则编写和求解方程式,并且是与其他数学领域相隔离地进行过程式教学,从而走向了学习数学的实际应用。在本文中,我们进行了一项研究,将学生的代数思维整合到基于问题的学习(PBL)过程中。来自学习任务的定性数据,包括教学笔记,自我阅读,反思,自我评估,情景问题评估,基于任务的访谈记录和基于任务的访谈笔记,用于探索代数思维的获得。因此,将学生的代数思维与PBL流程相结合的框架有望帮助教师提高代数教学的效率,并有可能作为在中学生中发展代数思维的基础,尤其是在初中阶段。

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