DEVELOPMENT OF PJBL STEM-BASED PHYSICS E-MODULES IN IMPROVING GENERIC SCIENCE SKILLS OF YPPK TERUNA BAKTI JAYAPURA CLASS X IPA STUDENTS IN THE MATERIAL OF VECTOR ANALYSIS IN PARABOLA MOTION

Albert Lumbu, Victoria Dian Pratami Kurniawan
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Abstract

This study aims to determine the feasibility of developing PjBL STEM-based Physics e-modules and improving students' generic science skills (KGS) using PjBL STEM-based Physics e- modules on vector analysis materials on parabolic motion. The research method used is R&D (Research and Development). The research sample consisted of 24 students. The results showed that the feasibility of the PjBL STEM-based Physics e-module on vector analysis material on parabolic motion obtained an average percentage of 92% with a very suitable category for use as a teaching material. Generic science skills (KGS) of class X IPA students on vector analysis material on parabolic motion resulted in an average percentage of 47.92% in the less skilled category before using the PjBL STEM-based physics e-module and resulted in an average percentage of 82.16% in the skilled category after using the PjBL STEM-based physics e-module
PJBL基于stem的物理电子模块的开发在提高yppk teruna bakti jayapura班x ipa学生在抛物线运动矢量分析材料中的一般科学技能
本研究旨在确定开发基于PjBL stem的物理电子模块的可行性,并利用基于PjBL stem的物理电子模块对抛物运动的矢量分析材料提高学生的通用科学技能。使用的研究方法是R&D(研究与开发)。研究样本由24名学生组成。结果表明,PjBL基于stem的物理e模块对抛物运动矢量分析材料的可行性平均达到92%,非常适合作为教材使用。在使用PjBL stem基础物理电子模块前,X班IPA学生在抛物线运动矢量分析材料上的一般科学技能(KGS)平均为47.92%,在使用PjBL stem基础物理电子模块后,平均为82.16%
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