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Teaching thermal physics to Year 9 students: the thinking frames approach

机译:将热物理学到9年级学生:思维框架方法

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Students hold many alternative conceptions of thermal physics which are very resistant to change. A conceptual change strategy, the thinking frames approach, based on evidence from educational research was used to address commonly held na?ve conceptions about heat in a series of thermal physics lessons. Students’ gains in conceptual understanding were measured in two Year 9 classes using pre/post-tests. These results were compared to conceptual gains of a class learning the same topics by more traditional means. Results showed that learning thermal physics with the thinking frames approach led to a much greater increase in understanding (Effect size = 2.04) compared to learning with traditional methods (Effect size = 0.20).
机译:学生持有许多替代的热物理概念,这是非常抗拒的变化。 基于来自教育研究的证据的思想框架方法是一种概念变革策略,用于解决一系列热物理课程中的常见持有关于热量的常见概念。 学生在概念性理解中获得的收益是在两年的9年级测量的,使用前/后测试。 将这些结果与课程的概念收益进行比较,通过更传统的方式学习相同的主题。 结果表明,与传统方法学习相比,与思维框架接近的学习热物理导致理解(效果大小= 2.04)增加了更大的增加(效果大小= 0.20)。

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