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The Application Problem-Based Learning Based E-module to Increase the Ability of Logical Thinking and Decrease Students\u27 Misconception of Class X 3 of SMAN Kebakkramat in the Year 2014/2015

机译:应用基于问题的基于学习的电子模块来提高逻辑思维能力并减少学生\ u27对2014/2015年度SMAN Kebakkramat X 3班的误解

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摘要

The aim of this research were to increase the ability of logical thinking and decrease students\u27 misconception in SMAN Kebakkramat throught applying Problem-Based Learning based e-Module. This research is classroom action research that consist of two cycles. Every cycle consists of four phases, they are planning, action, observation, and reflection. The subject of the research was students of class X3 of SMAN Kebakkramat. They are 16 boys and 26 girls. Validity of data uses data triangulation technique. Collecting data techniques are test, observation, and interview. This research was descriptive qualitative. The result shows that students\u27 misconception decrease. The percentage of misconception in each cycles are 65,57% at pre cycle, 53,63% at first cycle, and 27,47% at second cycle (all aspects of ecology concepts). Those concepts are attribute aspect in population, attribute in community, food chain and food webs, SETS (Science, Environment, Technology, and Society) aspect in ecology context. The percentage of logical thinking ability in each cycles are 37,27% at pre cycle, 51,26% at first cycle, and 60,25% at second cycle (in all aspects: generalisation aspect, analogy aspect, causal relation aspect, hypotetic silogisme, categorial silogisme, alternative silogisme and entimem). The conclusion of this research was application of Problem-Based Learning based on e-Module increased the ability of logical thinking and decreased student\u27s misconceptions.
机译:这项研究的目的是通过应用基于问题的学习型电子模块来提高SMAN Kebakkramat中的逻辑思维能力并减少学生的误解。这项研究是由两个周期组成的课堂行动研究。每个周期包含四个阶段,分别是计划,行动,观察和反思。研究的对象是SMAN Kebakkramat X3班的学生。他们是16个男孩和26个女孩。数据的有效性使用数据三角测量技术。收集数据技术包括测试,观察和访谈。这项研究是描述性的定性。结果表明,学生的误解有所减少。每个周期中的误解百分比在预周期为65.57%,在第一周期为53.63%,在第二周期为27.47%(生态学概念的所有方面)。这些概念是人口的属性方面,社区,食物链和食物网的属性方面,生态环境中的SETS(科学,环境,技术和社会)方面。每个周期中逻辑思维能力的百分比在预周期中为37.27%,在第一周期中为51,26%,在第二周期中为60.25%(在所有方面:泛化方面,类比方面,因果关系方面,虚伪的方面silogisme,分类silogisme,替代silogisme和entimem)。这项研究的结论是基于问题的学习基于电子模块的应用提高了逻辑思维的能力并减少了学生的误解。

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