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Pengembangan Media Pembelajaran Fisika Menggunakan Teknologi Augmented Reality pada Materi Teori Kinetik Gas SMA Kelas XI

机译:XI类高中气体动力学理论材料的增强现实技术物理学习媒体的开发。

摘要

This research aimed to design and build a educational media of learning physics are valid uses Augmented Reality technology in the kinetic theory of gases for senior high school grade XI. This research was research and Development (R & D) using instructional design type ADDIE includes the step of analysis, design, development, implementation and evaluating. Sources of data in this study is the assessment of data provided by the validity of the 6 validator, consisting of three lecturers and three teachers. Aspects assessed include designing, pedagogic, learning content and ease of use. Data analysis technique used is descriptive analysis techniques using descriptive statistics. The final result of media validation assessment of all aspects of learning physics had validity value of 3.55 with a very high category. Based on these results, we can conclude that the media of learning physics using Augmented Reality technology in the kinetic theory of gases for a high school grade XI declared valid categorized as very high, so that used in the process of learning and teaching.
机译:旨在设计和构建学习物理学的教育媒体的这项研究在XI高中气体动力学理论中有效使用了增强现实技术。这项研究是使用教学设计类型ADDIE进行的研究与开发(R&D),包括分析,设计,开发,实施和评估的步骤。本研究的数据来源是对由三名讲师和三名老师组成的6个验证者的有效性提供的数据的评估。评估的方面包括设计,教学法,学习内容和易用性。所使用的数据分析技术是使用描述性统计的描述性分析技术。学习物理学各方面的媒体验证评估的最终结果的有效性值为3.55,类别非常高。根据这些结果,我们可以得出结论:在高中XI气体动力学理论中,使用增强现实技术进行学习的物理媒体被宣布为有效类别,因此被用于学习和教学过程中。

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