验证空气中声音传播的学习进度

Q1 Mathematics
João Paulo Costa, Mónica Baptista, Amanda Amantes, Teresa Conceição
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引用次数: 0

摘要

这项研究的对象是 37 名 11 年级的中学生,其重点是验证学生在解释声音在空气中传播时的不同复杂程度。在为期一个月的干预后,进行了前测和后测,重点是学习声音在空气中的传播。通过数据分析,比较了学生解释的复杂程度,验证了所提出的学习进步(LPs)分层分类结构。类别层次结构的一致性证实了这一有效性,这种一致性是通过 LPs 层次的难度系数来评估的,在两次测试中,LPs 层次是不同的,但在建构图中保持了既定的顺序。在前测中,较复杂的低级语言层次没有得到阐明,但经过指导后,在后测中,所有层次的低级语言都得到了解释。这些结果还揭示了以LPs为重点进行教学的重要性,这样学生就能提出更复杂的解释,同时也揭示了这种教学方法在未来研究中的实用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Validation of a learning progression for sound propagation in air
This study was conducted with 37 11th grade secondary school students and had as its focus to verify the different levels of sophistication in students’ explanations regarding the propagation of sound in air. A pre- and a post-test were conducted after a one-month intervention, focusing on learning about sound propagation in air. Data analysis allowed for comparing the progressions in the sophistication of students’ explanations and validating the proposed categorical structure of the hierarchical levels of learning progressions (LPs). The validity was confirmed by the consistency of the category hierarchy, assessed in terms of the difficulty coefficients of LPs levels, which were distinct in the two tests but maintained the established order in the construct maps. In the pre-test, the more sophisticated levels of LPs were not elucidated, but after instruction, in the post-test, there were explanations at all levels. The results also reveal the importance of instruction focused on LPs, so that students can present more sophisticated explanations, and their utility for future investigations using this approach.
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来源期刊
CiteScore
4.30
自引率
0.00%
发文量
128
期刊介绍: EURASIA Journal of Mathematics, Science and Technology Education is peer-reviewed and published 12 times in a year. The Journal is an Open Access Journal. The Journal strictly adheres to the principles of the peer review process. The EJMSTE Journal publishes original articles in the following areas: -Mathematics Education: Algebra Education, Geometry Education, Math Education, Statistics Education. -Science Education: Astronomy Education, Biology Education, Chemistry Education, Geographical and Environmental Education, Geoscience Education, Physics Education, Sustainability Education. -Engineering Education -STEM Education -Technology Education: Human Computer Interactions, Knowledge Management, Learning Management Systems, Distance Education, E-Learning, Blended Learning, ICT/Moodle in Education, Web 2.0 Tools for Education
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