The Effect of Problem Based Learning (PBL) Learning Model on Students' Argumentation Ability on Salt Hydrolysis Material

Ramda Prifes, Heppy Okmarisa
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Abstract

The application of problem-based learning model teaches students how to deal with problems and find solutions by expressing opinions and providing logical justification for real problems, so it is expected to improve students' argumentation skills. This study aims to determine the effect of problem-based learning model on students' argumentation skills on salt hydolysis material. This study was carried out in the even semester of the 2022/2023 academic year at MAN 2 Kampar, class XI IPA.Pretest-posttest Non-Equivalent Control Grub Design was the experimental design for this study, which used quasi-experimental methods. The sample consisted of XI IPA1 students as the experimental class and XI IPA2 as the control class. Data collected to measure students argumentation skills through tests and observations and analyzed using t-test and coefficient of determination test in SPSS 24. In the t-test, the Sig (2-tailed) = 0.000 outcome is more modest than 0.05, and that implies H0 is dismissed and Ha is accepted. For the determination test, the value (r2) = 0.284 is obtained, it can be concluded that the problem-based learning model affects students argumentation skills on salt hydrolysis material by 28.4%.
基于问题的学习(PBL)模式对学生盐类水解材料论证能力的影响
基于问题的学习模式的应用教会学生如何处理问题,并通过对实际问题发表意见和提供逻辑理由来找到解决方案,因此有望提高学生的论证能力。本研究旨在确定基于问题的学习模式对学生盐溶液教材论证能力的影响。本研究于 2022/2023 学年偶数学期在贡榜市第二师范学院十一年级 IPA 班进行。本研究的实验设计为 "前测-后测非等效对照 Grub 设计",采用准实验方法。样本包括作为实验班的 XI IPA1 学生和作为对照班的 XI IPA2 学生。通过测试和观察收集数据以衡量学生的论证能力,并在 SPSS 24 中使用 t 检验和判定系数检验进行分析。在 t 检验中,Sig(双尾)= 0.000 的结果大于 0.05,这意味着 H0 被否定,Ha 被接受。在判定检验中,得到的值(r2)= 0.284,可以得出结论:基于问题的学习模式对学生盐类水解材料论证能力的影响为 28.4%。
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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