THE IMPLEMENTATION OF GENERATE ARGUMENT INSTRUCTION MODEL ON OPTICAL MATERIAL TO IMPROVE STUDENTS ARGUMENTATION SKILLS IN SMP 20 PEKANBARU GRADE VIII

Armila Jayanti, M. Nor, M. Rahmad
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引用次数: 1

Abstract

Scientific argumentation is one of the thinking ability which important to be trained in order to make studentsnot only focus on solving quantitative problem and analyze physics phenomena in daily life. This study wasaimed to determine the effect of Generate Argument Instruction model toward student argumentation skillson optical material. Quasy experiment was use as study model by using intact group comparison. Thepopulation in this study were students grade VIII of SMPN 20 Pekanbaru which consisted of seven classes.Two classes whas choossen to be experiment and control class based on normality and homogenity test. Thedata was analyze by using descriptive and inferential statistic techniques. The result of this study showedthere was a sifnificant influence toward students argumentation skill between experiment class that usingimplementy Generate Argument Instructional Model and control class that using conventional learning. Theargumentation skill of experimental class was higher than class control (12,7%). It can be conclude, thegenerate argument instructional model gave the positive effect toward student’s argumentation skills.
运用光学材料生成论证教学模式,提高北大八年级学生的论证能力
科学论证能力是培养学生思维能力的重要方面之一,它能使学生不仅专注于解决定量问题,而且能分析日常生活中的物理现象。本研究旨在探讨生成论证教学模式对学生光学材料论证技能的影响。采用Quasy实验作为研究模型,采用完整组比较。本研究的研究对象为北干巴鲁中学八年级学生,共7个班。根据正态性和同质性检验,选择两个班作为实验班和对照班。采用描述统计和推理统计技术对数据进行分析。本研究结果显示,实验班学生的议论文教学模式与控制班学生的议论文教学模式对学生议论文技巧有显著影响。实验班的论证能力高于对照组(12.7%)。综上所述,生成论证教学模式对学生的论证能力有积极的促进作用。
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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