首页> 外文OA文献 >The Application of E-module Using Problem Based Learning to Increase Higher Order Thinking Skill and Decrease Misconception in Ecosystem of the Tenth Grade Students of Science 1 Class of Karanganyar 2 State Senior High School in Academic Year 2014-2015
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The Application of E-module Using Problem Based Learning to Increase Higher Order Thinking Skill and Decrease Misconception in Ecosystem of the Tenth Grade Students of Science 1 Class of Karanganyar 2 State Senior High School in Academic Year 2014-2015

机译:运用基于问题的学习的电子模块提高高阶思维能力并减少对生态系统的十年级理科生(Karanganyar二级国立高中)二年级学生的生态系统误解(2014-2015学年)

摘要

The purpose of the study is to increase a high order thinking skill and decrease a misconception of the tenth grade students of science 1 class, in Karanganyar 2 state Senior High School through the application of E-module using Problem-Based Learning. This study was a classroom action research, which consisted of two cycles. Each cycle consisted of four stages that were planning, action, observation, and reflection. The subjects of this research were 13 male and 27 female students of the tenth grade students of science 1 in Karanganyar 2 State Senior High School. The validity of the data used triangulation data technique. The methods of data collection comprised test, observation and interview. Data was analyzed descriptively. The result of the study shows an increase of higher order thinking skill. An increase of 35,63% was found in analysis aspect, 30,39% in evaluation aspect, 52,30% in creating aspect, whereas ecology misconception decreases in population concept about 41,94%, 35,63% in community concept, 32,69% in food chain and food web, and a decrese of 35,45% in ecology concept in science, environment, technology & society (SETS) context. The result shows that the application of E-module using Problem-based learning may increase the higher order thinking skill and decrease the misconception.
机译:该研究的目的是通过使用基于问题的学习的电子模块的应用,提高Karanganyar 2国立高中一年级理科十年级学生的高级思维能力,减少其误解。这项研究是一项课堂行动研究,由两个周期组成。每个周期由计划,行动,观察和反思四个阶段组成。这项研究的对象是Karanganyar 2国立高级中学10年级理科学生的13名男生和27名女生。数据的有效性使用了三角剖分数据技术。数据收集的方法包括测试,观察和访谈。对数据进行描述性分析。研究结果表明高级思维能力的提高。分析方面增加了35.63%,评估方面增加了30.39%,创建方面增加了52.30%,而人口概念中的生态误解减少了约41.94%,社区概念中减少了35.63%,在食物链和食物网中占32.69%,在科学,环境,技术与社会(SETS)方面的生态概念下降35.45%。结果表明,基于问题学习的电子模块应用可以提高高阶思维能力,减少误解。

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