使用物理metarepresentation调查来理解学生的自由体图

Gita Taasoobshirazi, Benjamin C. Heddy, R. Danielson, E. Abraham, Shelby Joji
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引用次数: 0

摘要

研究的目的。物理元表示调查(MSP)的目的是评估学生在物理问题解决过程中的元表示知识。材料和方法。调查对象是288名大学物理入门级学生。通过验证性因子分析和Rasch分析评估了该工具的心理测量特性,包括结构效度。结果。我们还检查了学生对使用自由体图的信念,以及彻底检查了学生成功解决问题与自由体图之间的联系。结论。我们建议物理教师和科学教育研究人员使用MSP来评估学生的自由体图。此外,我们建议物理学科可以用化学、遗传学或其他科学来代替,以评估其他领域的元表现。
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Understanding Students’ Free-Body Diagrams Using the Metarepresentations Survey for Physics
Study purpose. The Metarepresentations Survey for Physics (MSP) was developed to assess students’ metarepresentational knowledge during physics problem solving.  Materials and methods. The survey was given to 288 introductory-level college physics students. Psychometric properties of the instrument, including construct validity, were evaluated by confirmatory factor analysis and Rasch analysis.  Results. We also examined students’ beliefs about the use of free-body diagrams, as well as thoroughly examined the link between students’ problem solving success and free-body diagrams.  Conclusions. We recommend the use of the MSP for physics instructors and science education researchers who want to evaluate students’ free-body diagrams. Additionally, we suggest the subject of physics can be replaced with chemistry, genetics, or another science to assess metarepresentations in other domains. 
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