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The Effect of Argument Driven Inquiry Model Using Virtual Laboratory to Increase the Scientific Argumentation Ability of Primary School Teacher Education Program Students

机译:论证驱动查询模型利用虚拟实验室提高小学教师教育课程学生科学论证的效果

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The purpose of this study was to determine the differences between scientific argumentation ability for students who learned the basic concepts of science by using the argument driven inquiry model with virtual laboratory and argument drivent inquiry model without virtual laboratory. The study was conducted using a quasi-experimental method with a randomized control group pretest-posttest design. The population were all Primary School Teacher Education Program students at state University Of Medan. There were two sample that chosen at random cluster sampling. The results showed that normalized gain average score for scientific argumentation ability in the experimental class was 0.65 which met the criteria of being, and in the control class was 0.37 which met the criteria of being. Based on the average difference test, the results showed that the argument driven inquiry model with virtual laboratory significantly increased the scientific argumentation of Primary School Teacher Education Program students compared to argument driven inquiry model without the virtual laboratory.
机译:本研究的目的是通过利用虚拟实验室和论证驱动查询模型的参数驱动查询模型来确定学习科学基本概念的科学论证能力之间的差异。该研究是使用拟实验方法进行的,具有随机对照组预测试后的设计。人口都是州立州立大学的小学教师教育计划。在随机簇采样中选择了两个样本。结果表明,实验阶级中科学论证能力的标准化增益平均得分为0.65,符合其存在的标准,并在对照类中达到0.37,符合其存在的标准。基于平均差异试验,结果表明,与虚拟实验室的参数驱动查询模型相比,具有虚拟实验室的论证驱动的调查模型显着提高了小学教师教育计划学生的科学论证。

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