Development of Physics Demonstration Videos on Youtube (PDVY) as Physics Learning Media

IF 0.3 Q4 EDUCATION, SCIENTIFIC DISCIPLINES
A. I. Irvani, R. Warliani
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引用次数: 2

Abstract

The availability of physics demonstration videos relevant to curriculum needs is still limited. The aims of this study were (1) to develop physics learning media in the form of demonstration videos; (2) testing the feasibility of using demonstration videos as a medium for learning physics; and (3) knowing student responses to demonstration videos. The name of this demonstration video is Physics Demonstration Videos on YouTube (PDVY). This video is available on the PDVY Indonesia YouTube channel with open access. This research uses research and development methods. The steps for making this demonstration video consist of analyzing the core standards and competency standards of physics subjects, designing storyboards, taking pictures, editing, initial testing, revising initial test results, field trials and revising the results of field trials. The trial was conducted on 129 high school students in Garut, Indonesia. The results showed that (1) the physics demonstration video was composed with input from the validator, two physics lecturers, and two physics teachers; (2) the demonstration video is suitable for use as a physics learning medium from the material and media aspects; and (3) excellent response from high school students and teachers. Based on the validation of both the content validator and the media validator, it shows that the design of the parabolic motion demonstration video is very valid. The benefit aspect gets the highest score. This shows that the video developed has a high use value in the learning process.                                                                                         
在Youtube(PDVY)上开发物理演示视频作为物理学习媒体
与课程需要相关的物理演示视频的可用性仍然有限。本研究的目的是:(1)开发示范视频形式的物理学习媒体;(2)检验使用演示视频作为物理学习媒介的可行性;(3)了解学生对示范视频的反应。这个演示视频的名字是YouTube上的物理演示视频(PDVY)。此影片可在PDVY印尼YouTube频道开放观看。本研究采用研究开发的方法。该演示视频的制作步骤包括分析物理学科核心标准和能力标准、设计分镜、拍照、编辑、初测、修改初测结果、现场试验和修改现场试验结果。这项试验在印度尼西亚加鲁特的129名高中生中进行。结果表明:(1)物理演示视频由验证者、两名物理讲师和两名物理教师的输入组成;(2)演示视频从材料和媒介方面适合作为物理学习媒介;(3)高中学生和教师的良好反应。通过对内容验证器和媒体验证器的验证,表明抛物线运动演示视频的设计是有效的。效益方面得分最高。这说明所开发的视频在学习过程中具有很高的使用价值。
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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来源期刊
自引率
33.30%
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审稿时长
24 weeks
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