Physics mathematization assessment: The nominal group technique as a context to investigate student understanding

Abdelwahab El Azzouzi, F. Kaddari, A. Elachqar
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Abstract

This work has its origin in physics learning with secondary school students in Morocco. The present work focuses on the relationship between physics and mathematics as well as the source of difficulties in learning the half-life concept. To highlight our research objectives, the researchers resorted to the nominal group technique (NGT) which is used not only to identify students’ opinions about physics mathematization difficulties but also to assess the scientific education of this discipline. The results obtained showed that mathematics has an impact on Moroccan students’ understanding of the half-life concept. The results also showed that coherent and simultaneous management of physics and mathematics favors the learning of Moroccan students in both disciplines.
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物理数学化评估:以名义小组技术为背景调查学生理解
这项工作起源于摩洛哥中学生的物理学习。本文着重讨论了物理与数学的关系以及半衰期概念学习困难的根源。为了突出我们的研究目标,研究人员采用了名义群体技术(NGT),该技术不仅用于识别学生对物理数学化困难的看法,还用于评估该学科的科学教育。结果表明,数学对摩洛哥学生对半衰期概念的理解有影响。结果还表明,物理和数学的连贯和同步管理有利于摩洛哥学生在这两个学科的学习。
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CiteScore
2.70
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0.00%
发文量
242
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