基于光的反射与折射情境教学的物理e模块开发

IF 3.3 Q1 DEMOGRAPHY
Rika Aprianti, Khoirotun Naddiyah, Valeria Yekti Kwasaning Gusti, F. Herliana
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引用次数: 1

摘要

本研究旨在开发基于情境教学(CTL)的电子模块作为物理学习媒介,并检验其可行性。本研究采用研发(R & D)的方法。本研究针对物理主题光的反射和光的折射制作了一个数字学习媒体,可以按照CTL的语法帮助学生自主学习。电子模块结合了视频、音频和互动测验功能。开发过程通过ADDIE模型进行,研究人员对开发过程中的每一步进行评估。电子模块是根据CTL语法开发的。在开发阶段对电子模块进行了验证。材料专家的验证结果得分为85.09%,媒介专家的验证结果得分为82.14%。电子模块在9名学生的小组中实施,取得了84.71%的成绩。这些分数意味着电子模块被认为是可行的,非常好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Physics E-Module Development Based on Contextual Teaching and Learning on Reflection of Light and Refraction of Light
This study aims to develop an e-module based on Contextual Teaching and Learning (CTL) as a physics learning media and to test its feasibility. The study employed a research and development method (R & D). This research produces a digital learning media for the Physic topic of reflection of light and refraction of light, which can assist students in studying independently by following the syntax of CTL. The e-module combines video, audio, and interactive quiz features. The development process was conducted through the ADDIE model where the researcher evaluate every step in the development process. The e-module was developed according to the syntax of CTL. Validation of the e-module was conducted during the development steps. The validation results by the material expert gained a score of 85.09%, while the media expert gained a score of 82.14%. The e-module was implemented in a small group of nine students and gained a score of 84.71%. These scores mean that the e-module was considered feasible and very good.
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