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Developing interactive e-book of relativity theory to optimize self-directed learning and critical thinking skills

机译:开发相对论理论的交互式电子书,优化自我导向学习和批判性思维技巧

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Physics learning in school's aims to foster the ability to think, work and be scientific and communicate as one important aspect of life skills. To achieve that goal, it needs to be supported by the appropriate books. The aim of this research was to develop an interactive e-book of relativity theory to build critical thinking skills and can be used to learn independently for 12th-grade students of Senior High School in even semester. The research method used was research and development. The research stages included literature study, planning, initial product development, expert validation, initial product revision, readability test, and test the ease of operation, revision, and small group test on the actual class using pre-test post-test control group design. Data were collected by using questionnaires and written tests. Data analysis included qualitative and quantitative analysis. Qualitative analysis was used to reference product revision, the practicality of e-book, and to know student response to e-book development result. Quantitative analysis was used to test the effectiveness of e-book. The effectiveness was measured by comparing the N-gain of control class with the experimental class and pre-test and post-test of the experimental class. The results of research showed the e-book of relativity theory that can build the critical thinking skills was prepared according to the stage of scientific approach that is observing, asking, investigating, making conclusions and equipped with adequate experiment simulations. In order for e-books to be used independently, it is necessary to be equipped with a learning instruction manuals, instructions for using the book, materials were prepared from easy to difficult and equipped with exercise questions accompanied by feedback. The results of field test showed that students' critical thinking skills which were using interactive e-books are better than using static books. There was an increase in N-gain of learning outcomes with the moderate category.
机译:物理学学习在学校的旨在促进思考,工作和科学的能力,作为生活技能的一个重要方面。为实现这一目标,需要得到适当的书籍的支持。本研究的目的是开发一个互动的相对论理论,以建立批判性思维技能,可用于在甚至学期在高中为12年级学生学习。使用的研究方法是研发。研究阶段包括文献研究,规划,初始产品开发,专家验证,初始产品修订,可读性测试,并在实际类别使用预测试后控制组设计测试实际类的操作,修订和小组测试。 。通过使用问卷和书面测试收集数据。数据分析包括定性和定量分析。定性分析用于引用产品修订,电子书的实用性,并了解学生对电子书开发结果的回应。定量分析用于测试电子书的有效性。通过将对照类与实验阶级和试验预测试和试验后测量的对照类进行测量的有效性。研究结果表明,在观察,要求,调查,结论和配备充足的实验模拟的科学方法的阶段,可以建立批判性思维技能的相对论理论的电子书。为了独立使用电子书,有必要配备学习说明手册,使用本书的说明,材料制备的材料由易于困难,并配备伴有反馈的运动问题。现场测试的结果表明,使用互动电子书的学生的批判性思维技能比使用静态书籍更好。与中等类别的学习成果的N-GAIN增加有所增加。

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