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Developing Students’ Creativity through Computer Simulation Based Learning in Quantum Physics Learning

机译:在量子物理学习中通过基于计算机模拟的学习来培养学生的创造力

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ABSTRACT udThis study aims to analyses the effect of Phet computer simulation to the students' creativity increasing in Quantum Physics Learning. There were 120 students as the subject in physics education department at the Faculty of Mathematics and Natural Sciences of State University of Makassar. A pre-test and post-test creativity experimental design was used during which students were randomly assigned into either the experimental or the control group. Interview sheet, observation sheet, and questionnaire were used to obtain quantitative data. The results of the research indicate that there are significant differences between the experimental group and the control group in terms of creativity. Interview result shown that student whose was learned by computer simulation based learning believes that it helped them to improve their creativity in term of quantum subject. The students in the experimental group showed that they prefer to use learning tool namely software and it can help lecturer in teaching quantum physics. These findings support the idea that the students majoring at physics education should be trained in the use of computer simulations to improve their creativity. This puts a responsibility of the educational authorities for the procurement of computer simulation software to be used in teaching physics and other science subjects in University.udKEYWORDSudStudents’ Creativity, Quantum Physics Learning, Computer Simulation Based LearningudJurnal International Bereputasi terindeks Scopus, Q3 dengan Nilai Sjr:0,209 International Journal of Environmental and Science Education, Vol. 12, No. 8, Oktober 2017, halaman 349-358
机译:摘要 ud本研究旨在分析Phet计算机模拟对量子物理学学习中学生创造力增长的影响。孟加锡州立大学数学与自然科学学院的物理教育系有120名学生。在测验前和测验后的创造力实验设计中,将学生随机分为实验组或对照组。访谈表,观察表和问卷用于获得定量数据。研究结果表明,实验组和对照组在创造力方面存在显着差异。面试结果表明,通过计算机模拟学习学习的学生认为,这有助于他们提高量子学科的创造力。实验小组的学生表明,他们更喜欢使用学习工具,即软件,它可以帮助讲师进行量子物理学教学。这些发现支持了这样一个想法,即对物理教育专业的学生进行计算机模拟培训,以提高他们的创造力。这使教育当局有责任购买用于大学物理和其他科学学科教学的计算机仿真软件。 udKEYWORDS ud学生的创造力,量子物理学习,基于计算机模拟的学习 udJurnal International Bereputasi terindeks Scopus, Q3 dengan Nilai Sjr:0209国际环境与科学教育杂志,第1卷。 12,2017年10月8日,哈拉曼349-358

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