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首页> 外文期刊>Journal of Physics: Conference Series >The development of higher order thinking virtual laboratory on photoelectric effect
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The development of higher order thinking virtual laboratory on photoelectric effect

机译:光电效应高阶思维虚拟实验室的发展

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摘要

Higher order thinking skills (HOTS) are potentially developed through physics laboratory activities intentionally designed to develop these skills to the students. This study aims to develop higher order thinking virtual laboratory (HOT-VLab) model on photoelectric effect concept to improving critical thinking skills (CTS) and students' creative problem solving skills (CPSS). The research method used is research and development with ADDIE model. Validation of HOT-VLab model has been done through expert review by physics learning expert (N=3). HOT-VLab model is implemented to a number of pre-service physics teachers (N=35) at a university in Bengkulu, Indonesia. The CPS and CPSS tests were performed both before and after the HOT-VLab model implementation to determine the CPS and CPSS enhancement obtained by the students. The results of the test data analysis show that the CTS and CPSS scores of students increased with N-gain are 0.54 and 0.53. Both N-gain scores have moderate category. In addition, it was found that the pretest and posttest scores of both types of tests are significantly different. It can be concluded that HOT-VLab model can be used to improve students' HOTS.
机译:高阶思维技能(HOTS)可能通过有意为学生开发这些技能的物理实验室活动而开发。本研究旨在开发基于光电效应概念的高阶思维虚拟实验室(HOT-VLab)模型,以提高批判性思维技能(CTS)和学生的创造性解决问题的技能(CPSS)。使用的研究方法是使用ADDIE模型进行研发。 HOT-VLab模型的验证已通过物理学习专家的专家评审(N = 3)完成。 HOT-VLab模型已在印度尼西亚Bengkulu的一所大学中的许多岗前物理教师(N = 35)中实施。在HOT-VLab模型实施之前和之后都进行了CPS和CPSS测试,以确定学生获得的CPS和CPSS增强。测试数据分析结果表明,随着N增益的增加,学生的CTS和CPSS得分分别为0.54和0.53。两个N增益得分均属于中等类别。另外,发现两种测试的测试前和测试后分数明显不同。可以得出结论,HOT-VLab模型可以用来提高学生的HOTS。

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