Teaching kinematic graphs in an undergraduate course using an active methodology mediated by video analysis

R.-L. Vaara, Daniel Guilherme Gomes Sasaki
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引用次数: 11

Abstract

This work address the preconceptions of first year engineering students about the kinematic graphs and the outcomes of a pedagogical strategy that relies on Predict – Observe – Explain learning method mediated by a video analysis software. The whole learning procedure was accompanied by a written material as students’ worksheets which enabled a formal record of the students’ conceptions throughout the process. The Test of Understanding of Kinematics Graphs was utilized to evaluate the students’ preconceptions and learning gains. It was found that first year engineering students had serious difficulties in drawing and interpreting kinematic graphs. Although interpretation of graphs and the understanding of the velocity and acceleration concepts improved, the preconceptions were quite resilient.
在本科课程中使用视频分析为媒介的主动方法来教授运动学图
这项工作解决了一年级工程专业学生对运动图的先入为主的观念,以及依赖于由视频分析软件调解的预测-观察-解释学习方法的教学策略的结果。整个学习过程伴随着书面材料作为学生的工作表,使学生的概念在整个过程中的正式记录。运动学图的理解测试被用来评估学生的先入为主的观念和学习成果。研究发现,工科一年级学生在绘制和解释运动学图形方面存在严重困难。虽然对图形的解释和对速度和加速度概念的理解有所提高,但先入为主的观念还是相当有弹性的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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