Implementation of Science Student Work Sheet Based on Multiple Intelligence Materials Temperature and Their Changes

Maria Maria, Sila Silalahi, Yashika Aggarwal, U. Galadima
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引用次数: 1

Abstract

Purpose of the study: This study aimed to produce multiple intelligence-based science worksheets on temperature and change material, then to determine students' responses to science intelligence based on multiple intelligence. Methodology: The research method used is the Research and Development (R&D) method and uses the Borg and Gall development model. This study's test subjects were Junior high school 1 Jambi City students. The research instrument was a validation questionnaire from the expert team and a student perception questionnaire. The specialist team's validation questionnaire data analysis technique used a qualitative description. The student questionnaire data analysis technique was used using a rating scale which was then interpreted qualitatively. Main Findings: After validating the material once and validating the design three times, the Multiple Intelligences-based Science Worksheet is worth trying and gets an average percentage of student perceptions of 82% which states that this worksheet is in the "very good" category. Novelty/Originality of this study: Know the implementation of science student worksheet based on multiple intelligence materials temperature and their changes. The impact of this research is as a reference for further research to carry out further research. Then this research impacts educators and teaching staff in improving and increasing student learning literacy and learning resources.
基于多种智能材料温度及其变化的理科学生作业单的实现
研究目的:本研究旨在制作基于温度和变化材料的多元智能科学作业,然后确定基于多元智能的学生对科学智能的反应。研究方法:采用研究与开发(R&D)方法,采用Borg和Gall开发模型。本研究的测试对象为占壁市初一学生。研究工具为专家组验证问卷和学生感知问卷。专家团队的验证问卷数据分析技术采用了定性描述。采用学生问卷数据分析技术,采用评定量表,然后进行定性解释。主要发现:在对材料进行一次验证和对设计进行三次验证之后,基于多元智能的科学工作表值得一试,学生的平均感知百分比为82%,这表明该工作表处于“非常好”的类别。本研究的新颖性/独创性:了解基于多种智能材料温度及其变化的理科学生工作表的实施。本研究的影响是作为进一步研究开展进一步研究的参考。进而影响教育工作者和教学人员提高和增加学生的学习素养和学习资源。
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