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Improving Scientific Literacy and Creativity through Project Based Learning

机译:通过基于项目的学习提高科学素养和创造力

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This research aims are to investigate the assesment of implementation of Project Based Learning in the material of Dynamic Fluid, to compare the value of scientific literacy and creativity between props group and poster group, and to analyze the relationship of scientific literacy and creativity of students. The research design used Mixed Method of Sequential Explanatory types. The sample is students of class XI-IPA SMA Muhamadiyah 3 Kayen, 25 students of the school year 2016/2017. The project in one class was divided into two, i.e. preparing props of principle and Bernoulli law, and preparing poster of principle and Bernoulli law. Students with props project was more active in scientific literacy activities and creative than student with the poster project. Based on the classical exhaustiveness test, the implementation of Project Based Learning with props project and the poster project has not been effective to improve the scientific literacy but it is effectively used to improve the creativity. The correlation test results show that there is no significant correlation between scientific literacy and creativity. Sustainable learning by making scientific approaches using scientific methods is needed to improve scientific literacy skills.
机译:这项研究的目的是调查在动态流体材料中实施基于项目的学习的评估,以比较道具组和海报组之间科学素养和创造力的价值,并分析学生科学素养和创造力的关系。研究设计使用顺序解释类型的混合方法。样本是XI-IPA SMA Muhamadiyah 3 Kayen班的学生,2016/2017学年有25名学生。一类的项目分为两部分,即准备原则和伯努利法的道具,以及准备原则和伯努利法的海报。有道具项目的学生比有海报项目的学生在科学素养活动和创造力方面更活跃。基于经典的穷举性测试,用道具项目和张贴者项目实施基于项目的学习并不能有效地提高科学素养,但可以有效地用于提高创造力。相关性测试结果表明,科学素养与创造力之间没有显着相关性。需要通过使用科学方法采取科学方法来进行可持续学习,以提高科学素养技能。

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