首页> 外文OA文献 >APPLICATION OF PROJECT BASED LEARNING MODEL TO IMPROVE SCIENCE PROCESS SKILLS AND UNDERSTANDING CONCEPT OF FLUID STUDENTS GRADE X MIPA 2 SMA NEGERI 1 KALASAN
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APPLICATION OF PROJECT BASED LEARNING MODEL TO IMPROVE SCIENCE PROCESS SKILLS AND UNDERSTANDING CONCEPT OF FLUID STUDENTS GRADE X MIPA 2 SMA NEGERI 1 KALASAN

机译:应用基于项目的学习模型提高科学过程技能和理解流体学生的概念X mIpa 2 sma NEGERI 1 KaLasaN

摘要

The research purposes are (1) to describe step learning fluid withudproject based learning which can improve science process skills andudunderstanding physics conceptual (2) to describe science process skillsudwith project based learning model on fluid matter (3) to describeudconceptual with application project based learning model on fluid matter.ud The research design was a classroom action research (CAR), whichudwere analyzed descriptively. Research subjects were students grade X MIAud2 SMA N 1 Kalasan, followed by 26 students, consist of 18 girls studentsudand 8 man students. Actions taken in application of project based learningudmodel type which consists of six phases, i.e. :(1) essential question; (2)uddesign a plan; (3) creating schedule; (4) monitor the progress; (5) assessudthe outcomes; (6) evaluate the experiment/experience.ud Result of this research indicate that project based learning model toudimprove science process skill and understanding conceptual is conductedudclearly. There is improvement science process skill which is shown sixudaspect observed include kind of categories and 1 aspect improve to veryudkind. Improvemet of understanding concept is shown 84,62 % studentudreached minimal achievement categories ≥ 75 with mean value of posttestudis 80,2. In addition, an improvement in N-gain score of 0.42 is consideredudmoderate. Improvement very positive response given by students with theudapplication of project based learning model, can be seen from as much 65ud% of the students gave the reponse was very positive and the other 35 %udgave a positive response. Beside that, teacher gave the response was veryudpositive to project based learning model and continue benefit researchudimplementation of curriculum 2013.
机译:研究目的是(1)用基于 udproject的学习描述逐步学习的流体,它可以提高科学过程技能和理解物理概念(2)描述基于科学过程技能的 udproject基于流体的学习模型(3)来描述 ud以基于应用项目的流体物质学​​习模型为概念。 ud研究设计为课堂行动研究(CAR),并对其进行了描述性分析。研究对象是X级MIA ud2 SMA N 1 Kalasan学生,其次是26名学生,其中18名女学生 udand 8名男学生。在应用基于项目的学习 udmodel类型时所采取的行动包括六个阶段,即:(1)基本问题; (2) uddesign一个计划; (3)制定时间表; (4)监测进度; (5)评估结果; (6)评估实验/经验。 ud研究结果表明明确,清晰地进行了基于项目的学习模型,以科学地提高科学过程技能和理解概念。有改进的科学过程技巧,显示观察到的六多方面包括种类和1方面都非常 udkin。理解概念的提高表明,有84.62%的学生未达到最低成就类别≥75,而测验的平均水平为 80,2。此外,N增益得分提高0.42被认为是中等。使用基于项目的学习模型对学生给出的改善非常积极的响应,可以从多达65%的学生中得到非常积极的响应,而其他35%的学生给出了积极的响应。除此之外,老师的反馈对基于项目的学习模型非常有帮助,并继续对2013课程进行收益研究/实施。

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    Friska Zhian;

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  • 年度 2014
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  • 正文语种 en
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