Design of a ms sway-based e-module on hydrogen atomic spectrum matter

Abstract

Abstrak. Penelitian ini bertujuan untuk mengembangkan bahan ajar fisika berupa E-modul berbasis Ms Sway  yang menggunakan model pengembangan ADDIE (Analysis, Design, Development, Implementation, Evaluation)  dengan dilaksanakan dalam beberapa tahap, antara lain potensi dan masalah, studi literatur serta pengumpulan data dan informasi, desain E-modul, validasi desain, desain teruji, validasi produk, produk teruji. Sampel data yang digunakan pada penelitian ini yaitu sejumlah siswa kelas XII. Instrumen yang digunakan dalam penelitian ini adalah lembar formulir siswa dan lembar angket uji validasi tim ahli. Hasil penelitian menunjukkan bahwa rancangan E-modul berbasis Ms Sway yang dikembangkan termasuk kategori valid dengan desain teruji, karena mendapatkan respon positif dengan persentase uji validitas sebesar 80,5% serta memiliki tingkat efektivitas sebesar 76,6%. Berdasarkan penelitian pengembangan dan pembahasan yang dilakukan, rancangan E-modul berbasis Ms Sway pada materi spektrum atom hidrogen didapatkan hasil yang valid dan reliabel. Abstract. This study aims to develop physics teaching materials in the form of an E-module based on Ms Sway. This research is a development research that uses the ADDIE development model which is carried out in several stages, including potential and problems, literature study and data and information collection, E-module design, design validation, tested design, product validation, tested product. The sample data used in this study were a number of class XII students. The instruments used in this study were student form sheets and expert team validation test questionnaires. The results showed that the Ms Sway-based E-module design that was developed was included in the valid category with a tested design, because it received a positive response with a validity test percentage of 80.5% and had a fairly high level of reliability of 0.9. Based on the development research and discussion conducted, the design of the Ms Sway-based E-module on the hydrogen atom spectrum material obtained valid and reliable results.