在潜伏期学习中,科学思维能力对学生学习成绩的影响

T. Astutik
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引用次数: 1

摘要

为了理解微观表征,需要科学推理技能(SRS)。不幸的是,一些研究报告称,许多高中生没有发展形式思维能力,这是支持SRS发展所必需的。研究结果表明,指导性探究是一种有效培养学生形式思维能力的学习模式。因此,指导性的询问也有望在SRS的发展中发挥作用。因此,本研究旨在确定学生的科学推理能力对其成绩的影响。参加者选自澳门大学SMA实验室的两个十年级科学与数学班。根据他们的科学推理能力测试分数进行配对。得到两个相似的组,每组6名具体水平学生,6名低形式水平学生,4名高形式水平学生。一组学生接受引导式探究学习。数据为学生科学推理能力(SRS)得分。印尼语版本测验的信度为0.74。数据分析采用方差分析。本研究结果表明,高形式水平的学生比低形式水平和具体水平的学生有更好的成绩。
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Pengaruh Kemampuan Berpikir Ilmiah dalam Pembelajaran Inkuiri Terbimbing terhadap Hasil Belajar Siswa
To understand microscopic representation, scientific reasoning skill (SRS) is required. Unfortunately, some research has reported that many senior high school students have not developed formal thinking ability which is necessary to support the development of SRS. Research results reported that guided inquiry is a mode of learning effective in developing students’ formal thinking ability. Therefore, guided inquiry is also expected effective in developing SRS.This study, thus, aimed to identifythe effect of students’ scientific reasoning skill on their achievement. Participants were selected from two classes of grade X Science and Math students at SMA Laboratorium UM. They were matched based on their scientific reasoning skill test score. Two similar groups were obtained where each group consisted of 6 students with concrete level, 6 students with low formal level, and 4 students with upper formal level. A group of students were taught using guided inquiry learning. Data collected was the students’ score on scientific reasoning skill (SRS). The reliability of Bahasa Indonesia version test measured was 0,74. The data was analyzed using ANOVA. The results of this study showed that the students who were at the upper formal level of SRS had better achievement than those who were at the low formal and concrete level of SRS.
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