利用类比法构建三变量线性方程组求解程序的过程:个人与配对

Kurrotul Hasanah, A. H. Rosyidi
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引用次数: 0

摘要

知识建构过程可以为学生提供有意义的学习体验。这是因为学生通过将一种知识与另一种知识联系起来,自己构建新知识。本定性研究的目的是通过类比来描述新程序的构建过程。研究对象包括 X 年级的三名高中学生(一名学生单独参加考试,两名学生结对参加考试)。数据分析基于 APOS 理论的阶段(行动、过程、对象和模式)。在行动阶段,个人和结对学生都根据已知事物类比确定已知事物,并询问有关三变量线性方程组(SLE)的问题,并询问有关二变量线性方程组(SLE)的问题。他们正确地确定了三变量线性方程组的解集。他们还正确检查了三变量 SLE 解集的正确性。在过程阶段,他们清楚地概述了定义三变量 SLE 解集的步骤。在对象阶段,个别学生无法解释三变量 SLE 的其他解法,而配对学生则解释了三变量 SLE 的其他四种解法,即消元法、代入法、作图法和矩阵法。在图式阶段,单个学生不能归纳出一些解三变量 SLE 的方法,而配对学生则能归纳出一些解三变量 SLE 的方法。他们还总结出了求解三变量 SLE 的最有效方法,即组合法。个别学生还解释了有一种三变量 SLE 是无解的,而配对学生却无法解释。尽管在过程中出现了错误,但他们能够很好地构建新的程序。在新知识建构过程中,学生的已有知识决定了其建构过程的质量。
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The Process of System of Linear Equations in Three Variables Solving Procedure’s Construction Using Analogy: Individual VS Paired
The process of knowledge construction can provide meaningful learning experiences for students. This is because students build new knowledge themselves by connecting one knowledge to another. The purpose of this qualitative research is to describe the process of new procedure’s construction using analogy. The subjects of the research consisted of three students of grade X high school (one student took the test individually, two students took the test in pair). Data analysis based on the APOS theory’s stage (Action, Process, Object, and Schema). At the action stage, both individual and paired students determine what is known and asked about the system of linear equations (SLE) in three variables problem based on analogy with the known things and asked about the SLE in two variables problem. They correctly determine the solution set of SLE in three variables. They also checked the correctness of the solution set of SLE in three variables correctly. At the process stage, they outline the steps of defining the solution set of SLE in three variables clearly. At the object stage, individual student cannot explain other methods of solving SLE in three variables, while paired students explain four other methods of solving SLE in three variables, that is the method of elimination, substitution, graphing, and matrix. At the schema stage, individual student cannot generalize some methods of solving SLE in three variables, whereas paired student generalize some methods of solving SLE in three variables. They also concluded the most effective method of solving SLE in three variables, that is the combined method. Individual student also explains that there is a SLE in three variables that has no solution, whereas paired students cannot explain it. They can construct new procedure well, despite errors in their process. In the process of new knowledge construction, the student's prior knowledge determines the quality of its construction process.
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