首页> 外文会议>Annual International Seminar on Transformative Education and Educational Leadership >The Influence of Problem Based Learning, Guided Inquiry Learning Models Assisted by Lectora Inspire, and Scientific Attitudes to Student's Cognitive Values
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The Influence of Problem Based Learning, Guided Inquiry Learning Models Assisted by Lectora Inspire, and Scientific Attitudes to Student's Cognitive Values

机译:基于问题的学习,引导查询学习模型的影响,陆氏激励,科学态度与学生认知价值观的科学态度

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Chemistry is not taught simply by providing an understanding of meaning, facts, concepts, principles, but also an invention through a process of discovery with real action. This study aims to determine the Problem Based Learning (PBL) learning model assisted by the Lectora Inspire media, the Guided Inquiry (GI) learning model assisted by Lectora Inspire media, and students 'attitudes toward students' cognitive values on colloid system material. This research is a quasi-experimental study with a 2x2 factorial design. Data analysis techniques were two-way variant analysis (Anava) with a significance level of 0.05. The results showed that there were no significant factors using the PBL assisted by the Lectora Inspire media with the GI assisted by Lectora Inspire media on colloid system material with a significance of 0.135, high and low areas of expertise from other students with a significance of 0.000, and the second model of learning does not show interaction with attitude categories in influencing students' cognitive value with a significance of 0.603. So it can be concluded that both learning models and attitudes achieve cognitive values of students but do not interact with each other.
机译:通过提供对具有真正行动的发现过程,简单地通过提供意义,事实,概念,原则,以及发明的理解来教授化学。本研究旨在确定由伦代助攻媒体协助的基于问题的学习(PBL)学习模型,Lectora Inspire Media协助的指导查询(GI)学习模型,以及学生对学生对胶体系统材料的认知价值的态度。该研究是一种用2x2因素设计进行准实验研究。数据分析技术是双向变异分析(ANAVA),其显着性水平为0.05。结果表明,有使用由Lectora启发媒体与Lectora启发媒体上胶系统的材料协助了0.135,高和其他学生专业知识的低区与0.000意义意义GI协助PBL没有显著因素而第二个学习模式并没有显示与影响学生的认知价值的态度类别的互动,其意义为0.603。因此,可以得出结论,学习模式和态度都实现了学生的认知价值,但不会互相互动。

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