概念图作为加强高中数学教与学的资源

Q3 Social Sciences
Musarurwa David Chinofunga, Philemon Chigeza, Subhashni Taylor
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引用次数: 0

摘要

研究已经确定概念理解是学生数学理解的核心。然而,在昆士兰的教学过程中,帮助教师将初中和高中科目的数学概念联系起来的研究有限。这种混合方法的研究以建构主义为基础。它探讨了教师对将初级概念(7至10年级)与高级概念(11年级和12年级)联系起来的视觉表征(如概念图)如何增强高中数学概念知识的教与学的看法。采用李克特量表和开放式问题对16名高中数学教师进行问卷调查。为了获得更深入的了解,我们还进行了八次半结构化访谈。结果显示,教师认为,当概念图用于连接初中(7至10年级)和中学(11年级和12年级)概念时,它们可以成为增强概念知识,巩固和评估学生数学知识的资源。概念图增强了视觉表征在数学教与学中的作用,这是一个需要更多关注的领域,以帮助提高学生的参与度和成绩。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Concept Maps as a Resource to Enhance Teaching and Learning of Mathematics at Senior Secondary Level
Research has identified conceptual understanding as central to students’ mathematics comprehension. However, limited research is available to help teachers link mathematics concepts from junior to senior subjects during teaching and learning in Queensland. This mixed methods study is underpinned by constructivism. It explores teachers’ perceptions on how visual representations such as concept maps that link junior concepts (years 7 to 10) to senior concepts (year 11 and 12) can enhance the teaching and learning of conceptual knowledge at senior secondary mathematics. Surveys that include Likert scale items and open-ended questions were conducted with sixteen senior secondary mathematics teachers. To gain deeper understanding, eight semi-structured interviews were also conducted. Results show teachers hold the perception that when concept maps are used to link junior (years 7 to 10) to secondary concepts (year 11 and 12) they can be a resource that enhances conceptual knowledge, consolidation, and assessment of students’ mathematical knowledge. The role of visual representations in mathematics teaching and learning that is enhanced by concept maps is an area that needs more attention to help improve students’ participation and achievement.
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来源期刊
CiteScore
1.10
自引率
0.00%
发文量
19
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