Praktikalitas E-Modul Fisika Menggunakan Model Inquiry Based Learning Berbantuan Smartphone Untuk Meningkatkan Kompetensi Peserta Didik Kelas X SMA

Mutia Risma, Yulkifli Yulkifli
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引用次数: 2

Abstract

Competence of students in learning physics is still not optimal. One of the contributing factors is that the modules used are still in print form and have not fully utilized technological devices in their use. In addition, learning is not yet centered on students. This condition requires the development of physics modules with appropriate learning models and can be operated using technological devices. This study aims to analyze the practicality of the physics e-module using a smartphone-assisted Inquiry Based Learning model. This research is an advanced research of R&D with the Plomp model. This research needs to be done so that students can improve the competencies needed in the 21st century by learning using e-modules. In addition, educators also need alternative solutions to implement more innovative and effective learning by using an e-physics module using a smartphone-assisted inquiry-based learning model. The developed e-module is very necessary to train students' independence in learning both online and offline and as a reference for educators in compiling e-modules with the same model on other physics materials. The research instrument used was an e-module practicality test questionnaire. The research subjects consisted of two physics teachers and 35 students of class X SMAN 2 Kerinci. The results of one to one evaluation show that the e-module can be used, easy to use, attractive and efficient with an average practicality value of 83.99. The results of the analysis of the average practicality at the small group stage were 91.40 and 93.99 at the field test stage. Practicality based on the teacher's response at the field test stage was obtained as much as 96.47. Based on the data analysis, it was concluded that the physics e-module using the smartphone-assisted Inquiry Based Learning model is practically used in the high school physics learning process with a high practicality category so that it can be used as one of the teaching materials used
物理e模块实际使用基于智能手机的Inquiry学习模型来提高高中X班学生的能力
学生学习物理的能力仍不理想。造成这种情况的一个因素是,所使用的模块仍然是印刷形式,在使用过程中没有充分利用技术设备。此外,学习还没有以学生为中心。这种情况要求开发具有适当学习模式的物理模块,并可以使用技术设备进行操作。本研究旨在分析使用智能手机辅助的基于探究的学习模式的物理电子模块的实用性。本研究是采用普洛姆普模型的高级研发研究。这项研究需要进行,以便学生能够通过使用电子模块学习来提高21世纪所需的能力。此外,教育工作者还需要替代解决方案,通过使用电子物理模块和智能手机辅助的基于探究的学习模式来实施更具创新性和有效性的学习。所开发的电子模块对于培养学生在线上和线下的自主学习能力是非常必要的,同时也为教育工作者在其他物理教材上编写相同模型的电子模块提供了参考。研究工具为电子模块实用性测试问卷。研究对象为2名物理教师和35名Kerinci X班学生。一对一评价结果表明,该电子模块可使用、易于使用、美观、高效,平均实用值为83.99。小团体阶段的平均实用性分析结果为91.40,现场试验阶段的平均实用性分析结果为93.99。基于教师在现场测试阶段的反应,实用性得分高达96.47分。通过数据分析,得出采用智能手机辅助探究性学习模式的物理电子模块在高中物理学习过程中得到了实际应用,实用性强,可以作为使用的教材之一
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