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The preliminary study of learning interaction in physics concepts for developing e-learning to promote students’ critical thinking

机译:物理概念中学习互动的初步研究,以发展电子学习以促进学生的批判性思维

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Interaction has become one of the important strategies in e-learning for teaching the students to think critically when they conveying their ideas and to make them become more proactive. This paper describe interaction in physics concept between student-student, student-teacher, and student-content. Data were collected through three times observed e-learning system in physics course. Data were analyzed by using quantitative descriptive technique. Based on the results of data analysis, it was concluded that generally interaction in physics concept can be categorized on low category, student-student 14 %, student-content 38% and student-teacher 25%. The interaction result will be used as a reference to develop e-learning design in the physics learning context and it will be used to promote students critical thinking.
机译:互动已经成为电子学习中的重要策略之一,它可以教会学生在传达思想时进行批判性思考,并使他们变得更加主动。本文描述了物理概念中学生与学生,教师与学生与内容之间的相互作用。数据是通过在物理课程中通过三倍观察的电子学习系统收集的。使用定量描述技术分析数据。根据数据分析的结果,得出的结论是,一般而言,物理概念中的交互作用可分为低类,学生14%,学生内容38%和老师25%。互动结果将用作在物理学习环境中开发电子学习设计的参考,并将用于促进学生的批判性思维。

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