PENGEMBANGAN PERMAINAN TRADISIONAL CONGKLAK PADA MATERI KONFIGURASI ELEKTRON UNTUK PESERTA DI SMA/MA

Noviyanti Dwi Astuti, L. Muna
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Abstract

The material of electron configuration is the basis for understanding an atom. Many students have misconceptions about learning this material. The purpose of this research is to develop a traditional game of congklak that can increase students' motivation to learn electron configuration material. The method used in this study uses a 4-D model consisting of four stages, namely: definition, design, development, and dissemination. However, the dissemination stage is not carried out. The assessment of the traditional game of Congklak is carried out by material experts, media experts, reviewers, reviewers, and high school or MA MIPA students. The instruments used to assess quality were a Likert scale questionnaire and a Guttman scale questionnaire. The assessment of media development shows good and ideal results with the following scores: material expert lecturers are 94.00% in the Very Good category, media expert lecturers are 95.50% in the Very Good category, and reviewers (chemistry teachers) get an average score with a percentage of 94.82% in the Very Good category, and the results of student responses to the media showed a percentage of 96.36%. The traditional game of congklak can be used as an alternative to increase students' motivation and enthusiasm for learning electron configuration material in SMA/MA.
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SMA/MA专用电子配置材料的传统主流发展综述
电子构型的材料是理解原子的基础。许多学生对学习这些材料有误解。本研究的目的是开发一种传统的康克拉克游戏,以提高学生学习电子组态材料的动机。本研究中使用的方法使用由四个阶段组成的4-D模型,即:定义、设计、开发和传播。然而,传播阶段没有进行。Congklak传统游戏的评估由材料专家、媒体专家、评论家、评论家和高中或MA MIPA学生进行。用于评估质量的工具是Likert量表和Guttman量表。媒体发展评估显示出良好和理想的结果,得分如下:材料专家讲师在非常好类别中的得分为94.00%,媒体专家讲师在很好类别中为95.50%,评审员(化学教师)在非常好类中的平均得分为94.82%,学生对媒体的反应率为96.36%。传统的康克拉克游戏可以作为一种替代方式,提高学生在SMA/MA中学习电子组态材料的动机和热情。
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