科学方法引导研究性学习模式对学生批判性思维能力的提高

Rheima Affilia, Laili Komariyah, S. Efwinda
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引用次数: 2

摘要

由于学习环境发生了巨大变化,新冠肺炎疫情迫使许多学校创建了混合学习系统。21世纪,科技和知识飞速发展。作为教育的基础,学校希望培养学生的4C技能,其中之一就是批判性思维。本研究旨在运用引导式探究模式和科学方法,分析学生在学习谐波运动后批判性思维能力的变化。本研究采用定量方法,采用实验前设计的一组前测后测程序。采用10道题的小短文,对31名X年级ipa3年级的学生进行数据采集。结果表明,学生的批判性思维能力得到了提高,N-Gain得分为0.72。除了本研究的意义外,在使用引导探究模型的经典抑制后,批判性思维参与者接受t检验样本对的教育存在显著差异。
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Critical Thinking Skills Improvement of Students Through Guided Inquiry Learning Model with Scientific Approach
The COVID-19 pandemic pushed many schools to create hybrid learning systems due to drastic changes in the learning environment. Technology and knowledge have advanced swiftly in the 21st century. As the foundation of education, the school is expected to foster students' 4C skills, one of which is critical thinking. This study aimed to analyze how students' critical thinking skills changed after studying harmonic motion using the guided inquiry model and scientific approach. The study used a quantitative method with the pre-experimental design's one-group pre-test post-test procedure. A 10-question essay was used to obtain data from 31 students in grade X IPA 3. The findings indicated that students' critical thinking skills improved, with an N-Gain score of 0.72. As well as implications for this study, there were significant differences in critical thinking participants were educated with the T-test sample pair after using the santific suppression with the guided inquiry model.
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