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The analysis of mathematical adaptive reasoning (PAM) and scientific literacy on the 10th grade students' understanding of physics concepts

机译:数学适应性推理(PAM)与科学素养对物理概念的理解分析

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The study aims to examine the relationship between mathematical adaptive reasoning (PAM) and scientific literacy due to understanding concepts. By using random sampling, the sampling was selected from three schools. Validity, reliability, level of differential, discrimination test were applied to the instrument of mathematical adaptive reasoning (PAM), scientific literacy, and understanding concepts (in form the test). The conclusion can be shown from the research that the hypothesis test (α = 0,05) of mathematical adaptive reasoning (PAM) toward understanding concepts is 0,000. Scientific literacy toward understanding concepts is 0,021. Mathematical adaptive reasoning (PAM) and scientific literacy toward understanding concepts is 0,000. The score indicates students' improvement in understanding concepts effected by mathematical adaptive reasoning (PAM) and scientific literacy.
机译:该研究旨在审查数学适应性推理(PAM)与科学扫盲因理解概念的关系。通过使用随机抽样,采样选自三所学校。应用有效性,可靠性,差异,歧视测试的仪器对数学适应性推理(PAM),科学识字和理解概念(表格测试)的仪器。结论可以从研究中显示,数学适应性推理(PAM)对理解概念的假设试验(α= 0.05)是0,000。理解概念的科学识字是0,021。对理解概念的数学自适应推理(PAM)和科学素养是0,000。该分数表示学生对理解概念的改进,以数学适应性推理(PAM)和科学素养为实现。

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