学生在物理学习中的早期概念理解能力:对动态流体材料理解水平的分析

Tomy Suherly, Azizahwati Azizahwati, M. Rahmad
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引用次数: 1

摘要

本研究旨在分析学生在动态流体材料物理学习中的初步概念理解能力。方法采用描述性定量研究方法,以北干巴鲁市西满3班多达100名学生为样本。数据分析是根据学生获得的分数与最高分数集的比较来计算每个学生对材料掌握程度的数据。本研究结果表明,学生对问题指标的解释和总结的概念理解属于中等类别,问题指标属于高类别。平均> 33.33%,属中度。然而,有几个问题的指标,学生对概念的理解被归类为低。结果表明,学生对概念的理解程度较低。因此,有一个能够为学生的学习提供吸引力和动力的学习设计,使学生能够理解物理概念是非常必要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Kemampuan Pemahaman Konsep Awal Siswa dalam Pembelajaran Fisika : Analisis Tingkat Pemahaman pada Materi Fluida Dinamis
This study aims to analyze students' initial conceptual understanding abilities in learning physics on dynamic fluid material. The method used descriptive quantitative research and as many as 100 students in class XI MAN 3 Pekanbaru City as the sample. The data collection technique was done by distributing questions via Google form to 100 students in classes XI MIA 2, XI MIA 3 and XI MIA 4. Data analysis on mastery of the material for each student was calculated based on comparing the scores obtained by students against the maximum score set. The results of this study indicated that students' conceptual understanding of the problem indicators explaining and concluding belong to the medium category, and the problem indicators are classified as belonging to the high category. An average of > 33.33% was obtained, categorized as moderate. However, there were several indicators of questions where students' understanding of concepts was categorized as low. It is concluded that students' understanding of concepts is categorized as low. So, it is very necessary to have a learning design that can provide attractiveness and motivation for student learning so that students can understand the concepts of physics.
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