Conceptual Change Texts to Improve Teachers’ Misconception at Verbal and Visual Representation on Heat Conduction Concept

IF 0.3 Q4 EDUCATION, SCIENTIFIC DISCIPLINES Jurnal Pendidikan Fisika Indonesia-Indonesian Journal of Physics Education Pub Date : 2020-12-20 DOI:10.15294/JPFI.V16I2.20742
R. S. Anam, A. Widodo, W. Sopandi
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引用次数: 5

Abstract

Heat Conduction is a scientific concept that related to daily life. Learning about heat conduction is usually only discussed at the macroscopic level, whereas at the sub-microscopic level never be a concern from elementary students until to the teachers. This study aims to identify the effect of using Conceptual Change Text on the teacher's representation on the  heat conduction concept. A quasi-experimental method using a one-group pretest-posttest design was used in this study. The instrument was a diagnostic test, the data were analyzed from the comparison of participants' representations (5 elementary teachers) before and after treatment, the results showed that teacher representation was better after treatment. This research also reinforces that the representation of the sub-microscopic level is an important aspect of the learning process. Science learning needs to be developed and equipped up to the sub-microscopic level both verbal or visual to make science lessons more meaningful and easily understood by students.
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概念转换文本改善教师在热传导概念的语言和视觉表达上的误解
导热是一个与日常生活相关的科学概念。关于热传导的学习通常只在宏观层面上讨论,而在亚微观层面上,小学生直到老师都不关心。本研究旨在确定使用概念变化文本对教师对热传导概念的表达的影响。本研究采用准实验方法,采用一组前测后测设计。该仪器是一项诊断测试,通过比较参与者(5名小学教师)在治疗前后的表现来分析数据,结果表明,治疗后教师的表现更好。这项研究还强调,亚微观层面的表征是学习过程的一个重要方面。科学学习需要发展和装备到微观层面,无论是口头的还是视觉的,以使科学课更有意义,更容易被学生理解。
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24 weeks
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