Pengembangan E-Modul Interaktif Reaksi Redoks Dan Elektrokimia Berbasis Nature Of Science Untuk Penumbuhan Literasi Sains Siswa

S. Suryati, Surningsih Surningsih, Ratna Azizah Mashami
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引用次数: 1

Abstract

Penelitian Ini Bertujuan Untuk Mendeskripsikan Validitas E-Modul Interaktif Reaksi Redoks Dan Elektrokimia Berbasis Nature Of Science Untuk Penumbuhan Literasi Sains Siswa. Penelitian Ini Merupakan Penelitian Pengembangan Dengan Model Nieveen  Yaitu  Preliminary Research  (Review Literatur), Prototyping Stage (Merancang Petunjuk Desain), Summative Evaluation (Evaluasi Sumatif), Dan Systematic Reflection And Documentation (Menuliskan Keseluruhan Studi). Validitas Dari E-Modul Interaktif Ditentukan Oleh Hasil Validator Ahli, Praktisi Dan Ujicoba Terbatas Dari Siswa Dengan Analisis Deskriptif Kuantitatif. Berdasarkan Data Yang Telah Diperoleh, Hasil Validasi E-Modul Interaktif Yang Dikembangkan Diperoleh Persentase 82% Dari Validator Ahli Materi, 85% Dari Validator Ahli Desain Produk/Media, 83% Ahli Praktisi Dari Guru, Dan  86,8% Dari Hasil Uji Coba Terbatas Pada 15 Siswa. Jadi Dapat Disimpulkan  Kelayakan  E-Modul Interaktif Berbasisi Nature Of Science Untuk Penumbuhan Literasi Sains Siswa Dengan Kategori Sangat Layak Dan Dapat Digunakan Pada Uji Coba Skala Luas. Development of Nature Of Science-Based Interactive E-Module for Redox and Electrochemical Reactions for the Growth of Students' Science Literacy  This Research Aims To Describe The Validity Of The Nature Of Science-Based Interactive E-Module Of Redox Reaction And Electrochemistry For The Growth Of Students' Scientific Literacy. This research is a development research with a Nieveen model, namely Preliminary Research (Literature Review), Prototyping Stage (Designing Design Instructions), Summative Evaluation (Summative Evaluation), and Systematic Reflection And Documentation (Writing the Whole Study). The Validity Of The Interactive E-Module Is Determined By The Validator Results Of Experts, Practitioners And Limited Trials Of Students With Quantitative Descriptive Analysis. Based on the data that has been obtained, the results of the validation of the developed interactive e-module obtained a percentage of 82% from material expert validators, 85% from product/media design expert validators, 83% expert practitioners from teachers, and 86.8% from limited trial results. At 15 Students. So it can be concluded that the Feasibility of Nature Of Science-Based Interactive E-Module for Growing Students' Science Literacy With Very Appropriate Category And Can Be Used In Wide-Scale Trials.  
反对氧化和基于科学的电化学反应e模块的开发,以提高学生的科学素量为基础
本研究旨在描述亲氧化反应和基于科学基础的电化学对学生科学素素性的有效性。这项研究是Nieveen模型的开发研究,它们是前置研究、原型研究、sumation评估和系统反思和文档研究。互动e模块的有效性是由定量描述性分析的专家、从业者和测试结果决定的。根据已经获得的数据,开发出来的互动e模块验证结果占材料专家有效性的82%,产品/媒体设计专家的85%,教师的83%,教师的实践者的86.8%,测试结果仅限于15名学生。因此,可以推断出科学知识基础的互动性模块,以高度可接受的类别为基础,可以在广泛的测试中使用。以科学知识和电化学研究为基础的发展,以科学知识知识知识的发展为基础这是一项发展研究,与尼文模型、纳米尔尼先验研究、原生阶段评估、评估、系统反思和文书工作。这种互动模式的有效性是由学者推荐的有效性、实践和有限的量分析研究试验所决定的。基于已经证实的数据,开发互动e模块的再现证实了82%的材料有效性,85%的产品/媒体设计专家,83%的参与者来自教师,86.8%的限制试验结果。15个学生。因此,它可以得出结论,这是一种基于学生之间相互作用的科学素权模式,具有非常恰当的审慎推理能力,可以在广泛的试验中使用。
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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