Meta-Analysis of The Effect of Problem Based Learning Model on Understanding Physics Concepts of High School Students

Tomi Putra Wijaya, Anisa Triwijaya, Frennadito Menix, D. Desnita
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引用次数: 4

Abstract

 The purpose of this research was to determine the effect of problem based learning on the understanding of high school students' concepts. The meta-analysis, which was conducted by summarizing several research articles on the effect of problem based learning on physics learning, was also carried out on students' understanding of concepts in physics learning obtained from articles published between 2015 and 2020. In particular, this research obtained an effect size (ES) =1.005 (high category). The research was conducted by grouping 20 articles into two categories, namely based on the material unit, and based on the approach used. Based on the material unit, there are 15 articles that were analyzed by effect size (ES) and obtained an effect of 0.82 with a high category with a percentage of 54.5%. The material with the greatest influence is temperature and heat with ES = 1.78, while the grouping based on the approach used there are 5 articles that were analyzed with the results of the effect size (ES) analysis of 1.19 with a high category with a percentage of 60%. The approach that has the most influence on PBL is HOTS with ES= 3.02. From the results of this study, it can be seen that the PBL model has a significant effect on physics learning. The hope of this research is that it can be a reference in reviewing the application of PBL in learning in Indonesia.
问题型学习模式对高中生物理概念理解效果的元分析
摘要本研究旨在探讨问题型学习对高中生概念理解的影响。通过总结几篇关于基于问题的学习对物理学习影响的研究文章进行meta分析,并对2015年至2020年发表的文章中学生对物理学习中概念的理解进行了meta分析。特别地,本研究获得的效应量(ES) =1.005(高类别)。研究将20篇文章分为两类,即根据材料单位和根据使用的方法。基于材料单位,有15篇文章通过效应大小(ES)进行分析,得到了0.82的效应,其中高类别占54.5%。影响最大的材料是温度和热量,ES = 1.78,而根据使用的方法分组,有5篇文章进行了分析,效果大小(ES)分析的结果为1.19,高类别,百分比为60%。对PBL影响最大的方法是HOTS, ES= 3.02。从本研究的结果可以看出,PBL模式对物理学习有显著的影响。希望本研究能够为回顾PBL在印尼学习中的应用提供参考。
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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