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Students' Mathematical Thinking Ability in Solving Geometry Problems based on Cognitive Style

机译:基于认知风格解决几何问题的学生数学思维能力

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Students are expected to have higher order thinking skills, yet they were rarely given problems to practice those skills during the primary, junior high and senior high schools. In regard to solve the problems, everyone has different characteristics in compiling and processing information as well as experiences that they are owned, this is known as cognitive style. The purpose of this study was to determine students' mathematical thinking ability and the influence of cognitive style on mathematical thinking ability to solve geometry problems. This study employed descriptive method by involving 29 students who took geometry courses as the subjects. Mean score and linear regression analysis were used to analyze the research data. The results showed that students' mathematical thinking ability in solving geometry problems were in the qualification grade C~+ and there was a significant influence of cognitive style on students' mathematical thinking ability.
机译:学生预计将有更高的秩序思维技能,但他们很少在小学,初级高中和高中练习这些技能的问题。在解决问题方面,每个人都有不同的特征在编译和处理信息以及它们所拥有的经历中,这被称为认知风格。本研究的目的是确定学生的数学思维能力和认知风格对解决几何问题的数学思维能力的影响。本研究采用了描述性方法,涉及29名将几何课程作为主题的学生。平均分数和线性回归分析用于分析研究数据。结果表明,学生在解决几何问题方面的数学思维能力在资格级C〜+,认知风格对学生数学思维能力产生了重大影响。

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