利用视频跟踪器进行COVID-19大流行时代的科学实习

D. P. Sari, W. Widodo, M. Madlazim
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引用次数: 0

摘要

covid-19大流行预防政策的影响是减少了应该为学生培训的实习项目。在本文中,我们展示了视频跟踪器如何通过使用电子学习、小组讨论、自由落体运动视频分析月球重力加速度来有效地实现直线运动实习和确定月球重力。视频跟踪器应用后,定量和定性数据分析结果显示,泗水州立大学物理科学教育2018级学生体验显著,并对体验给予积极评价。通过视频跟踪器的使用,学生们对实习环境表示满意,并通过视频跟踪器来确定月球的重力加速度,提高了他们进行实验的技能熟练程度。本文所描述的利用视频跟踪工具进行的直线运动实习和月球重力加速度的测定,可为确保新冠肺炎疫情期间在线科学实习项目的质量提供参考。调查结果表明,基于视频跟踪器的实习环境能够以预测、观察、解释和分析科学现象的视频数据的形式训练科学实验室技能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SCIENCES PRACTICUM IN THE COVID-19 PANDEMIC ERA BY USING A VIDEO TRACKER
The covid-19 pandemic prevention policy has the impact of reducing practicum programs that should be trained for students. In this paper, we show how a video tracker has been effective in achieving straight motion practicum and determining the moon gravity by using e-learning, group discussion, free fall motion video analysis on the moon's gravity acceleration. After the application of the video tracker, the results of quantitative and qualitative data analysis showed that the 2018 class students from physics science education of the State University of Surabaya had significant experiences and commented positively on their experiences. Students show that they are satisfied with the practicum environment by using a video tracker, and the application of a video tracker to determine the moon's gravitational acceleration to improve their skill proficiency in conducting an experiment. The straight motion practicum and the determination of the moon's gravity acceleration by using the video tracker tool described in this paper can be used as a reference to ensure the quality of the online science practicum program during the Covid-19 pandemic. The investigation results show that a video tracker-based practicum environment can train science laboratory skills in the form of predicting, observing, explaining, and analysing video data on scientific phenomena.
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