Interactive Power Point Implementation as a Digital Learning Media in Increase Understanding Theory Temperature and heat in students Elementary School

F. Widiyanti, A. Nandiyanto
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Abstract

This study aims to analyze the application of interactive power point as a digital learning medium in increasing the understanding of temperature and heat theory in elementary school students. The study was conducted on 37 elementary school students in the city of Bandung using conventional teaching methods and demonstrations. We also use interactive power point media and Google Meet in the learning process. To determine the level of students' understanding of the material, researchers used evaluation techniques in the form of pre-test and post-test, each of which included as many as 20 questions through Google Form. The results showed that students got an average increase of 2.48 in learning outcomes. The increase shows that 68.92% of the material can be understood by students. This is because the learning process using conventional teaching methods, demonstrations, and interactive power point learning media can increase students' attention and focus, so they don't get bored while learning. Therefore, this study provides information that interactive power point media can be used as an interesting learning medium that can increase students' understanding of temperature and heat material.
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交互式ppt作为数字学习媒体在提高小学学生理解理论中的应用
本研究旨在分析互动ppt作为数位学习媒介在增进小学生对温度与热理论的了解方面的应用。本研究以万隆市37名小学生为对象,采用传统的教学方法和示范。在学习过程中,我们还使用了互动ppt媒体和谷歌Meet。为了确定学生对材料的理解水平,研究人员采用了前测和后测的评估技术,每个测试通过谷歌表格包括多达20个问题。结果显示,学生的学习成绩平均提高了2.48分。这一增长表明68.92%的材料可以被学生理解。这是因为在学习过程中使用传统的教学方法、演示和互动ppt学习媒体可以增加学生的注意力和注意力,所以他们在学习时不会感到无聊。因此,本研究提供了交互式幻灯片媒体可以作为一种有趣的学习媒介,可以增加学生对温度和热材料的理解。
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