Didactical Design Development of Two Variables Linear Equation

H. Nurhasanah, S. Prabawanto, E. Sumiaty
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引用次数: 1

Abstract

The learning process students must be trained to understand concepts well, not only memorize the material. Learning will be effective if students understand the mathematical concepts being studied. It was found learning difficulties especially in learning linear equations caused by a lack of understanding of the concepts and the way the teacher taught. The most common difficulties were in presenting mathematical concepts, understanding information about questions, and interpreting data in the design requested. Based on the problem, Author developed didactical design of two-variable linear equations material that aims to minimize the difficulties that occur. The research method used qualitative method that was Didactical Design Research (DDR). The subjects of the study were Bandung junior high school students, class VIII even semester who got the material of two-variable linear equations using Curriculum 2013. In general, didactical design implemented need to be maintained. Didactical design developed can minimize the obstacles of student learning difficulties. However, the researcher recommends the existence of a research on the development of didactical design of the concept of two-variable linear equations with various improvements, both in terms of deeper concepts, presentation, and predictions of student responses.
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二元线性方程教学设计的发展
在学习过程中,必须训练学生更好地理解概念,而不仅仅是记忆材料。如果学生理解所学习的数学概念,学习将是有效的。由于缺乏对概念和老师教学方式的理解,他们发现学习困难,特别是在学习线性方程方面。最常见的困难是呈现数学概念、理解有关问题的信息以及解释所要求的设计中的数据。针对这一问题,笔者开发了双变量线性方程教材的教学设计,旨在最大限度地减少出现的困难。研究方法采用定性方法,即教学法设计研究(DDR)。本研究的对象是万隆市初八班甚至学期的学生,他们在2013年课程中获得了二元线性方程的材料。一般来说,实施的教学设计需要维护。教学设计的开发可以最大限度地减少学生学习困难的障碍。然而,研究人员建议对两变量线性方程概念的教学设计的发展进行研究,并在更深层次的概念、呈现和对学生反应的预测方面进行各种改进。
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