Résolution de problèmes et apprentissage des ondes : quels types de difficultés rencontrent les élèves ?

Brahim Mazouze, A. Lounis
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引用次数: 5

Abstract

Problem solving has an important place in learning and prior learning assessment in physical sciences. It is considered nowadays as a necessary and essential activity. Several studies have shown that students find difficulties in the learning of wave phenomenon and in problem solving, both at the phenomenological level and the conceptual level. For this purpose, we propose in our work to analyze the difficulties of high school pupils in learning the mechanical waves, locate and identify the obstacles to overcome in the different stages of problem solving. For this, we have developed a questionnaire used to locate the fields of students' difficulties and identify possible causes. We carried by means of this questionnaire a survey (paper-pencil) by requesting two types of samples in secondary school, pupils and teachers. The analysis and the exploitation of investigation results have shown that pupils encounter more difficulties in: understanding the phenomenon of interference, the mobilization of mathematical tool in particular the sine function and the analysis of spatial and temporal representations (confusion).
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解决问题和波浪学习:学生面临哪些类型的困难?
问题解决在物理科学的学习和先验学习评价中占有重要地位。如今,它被认为是一项必要的、必不可少的活动。一些研究表明,学生在波浪现象的学习和解决问题方面存在困难,无论是在现象层面还是在概念层面。为此,在我们的工作中,我们建议分析高中学生在学习机械波方面的困难,找到并识别在问题解决的不同阶段需要克服的障碍。为此,我们制定了一份调查问卷,用于定位学生的困难领域并找出可能的原因。我们通过问卷调查(纸笔)的方式在中学中要求两种类型的样本,学生和教师。对调查结果的分析和利用表明,小学生在理解干扰现象、运用数学工具(特别是正弦函数)和分析时空表征(混淆)方面遇到更多困难。
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来源期刊
CiteScore
1.00
自引率
0.00%
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0
审稿时长
20 weeks
期刊最新文献
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