Pengembangan Media Pembelajaran Kimia Berbasis Android Untuk Penumbuhan Literasi Sains Siswa Pada Materi Reaksi Redoks Dan Elektrokimia

Arifin Harianto, S. Suryati, Yusran Khery
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引用次数: 16

Abstract

The aims of this study were to produce android base chemistrylearning media prototype and evaluate its elibibility andeffectiveness on student science literacy growing on redox reactionand electrochemistry subject material. In form of research anddevelopment, this study was carried out by ADDIE (Analysis,Design, Development, Implementation, dan Evalution)model ofinstructional development. Data was collected by content anddesign validation questionnaire, practitioner and student respondquestionnaire, and science litracy test. Data was analyzed byelegiibility percentega and categories and N-gain test. Study resultshowed that media design and content validity was very eleigiblewith 80 % of eligibility percentage. Practitioner and studentsrespond was very eleigible with 82.22 % and 86.35 % of eligibilitypercentage average respectively. This media effectiveness onstudent literacy growing was proven by N-gain value 0.65 % withfair category. It can be concluded that android base chemistrylearning media that developed was very eligible for chemistylearning application and grow student science literacy on redoxreaction and electrochemistry subject material effectively.
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以Android为基础的化学学习媒体促进学生科学素量物质的氧化和电化学反应
本研究的目的是制作机器人基础化学学习媒体原型,并评估其在氧化还原反应和电化学学科材料上培养学生科学素养的可行性和有效性。本研究以研究开发的形式,采用ADDIE (Analysis,Design, Development, Implementation, and evaluation)结构开发模型进行。采用内容与设计验证问卷、从业人员与学生回答问卷和科学素养测试收集数据。数据采用可读性百分比和类别及n -增益检验进行分析。研究结果表明,媒体设计和内容效度非常合格,合格率为80%。从业人员和学生的反应非常合格,平均合格率分别为82.22%和86.35%。这种媒体对学生读写能力增长的有效性被公平类别的n -增益值0.65%所证明。由此可见,所开发的机器人基础化学学习媒体非常适合化学学习应用,能有效培养学生对氧化反应和电化学学科材料的科学素养。
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