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Development of Media Three-dimensional (3D) Visualization using Virtual Reality on Chemistry Education

机译:在化学教育中使用虚拟现实的媒体三维(3D)可视化的发展

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This study aims to develop and test feasibility three-dimensional (3D) visualization of media using virtual reality in chemistry learning. The development model used in this study is Research and Development (R&D) model. This study implemented the stages of planning, preliminary development of the product, preliminary field testing, main product revision adapted from Borg and Gall. The development of the learning media in this study was validated by media expert, material expert, peer reviewers, and subject teachers, and was tested to 23 students. The results of this study revealed that three-dimensional (3D) media using virtual reality is feasible to use as learning media for high school students. The percentages of validation results are 74% by media and material experts, 76% by chemistry teachers, 84% by peer reviewers, and 77% by students. Overall, the average total percentage score of feasibility of the three-dimensional media is 78% categorized to 'good'. In conclusion, the developed three-dimensional (3D) learning media using virtual reality is feasible to use in the chemistry learning process for the material of reaction rate.
机译:本研究旨在利用化学学习中的虚拟现实,开发和测试媒体的可行性三维(3D)可视化。本研究中使用的开发模型是研究和开发(研发)模型。本研究实施了规划阶段,产品初步发展,初步现场检测,从博格和胆量调整的主要产品修订版。该研究中的学习媒体的发展是由媒体专家,材料专家,同行评审员和主题教师验证的,并测试到23名学生。本研究的结果揭示了使用虚拟现实的三维(3D)媒体可以作为高中生的学习媒体。验证结果的百分比由媒体和材料专家74%,化学教师76%,同行评审员84%,学生77%。总体而言,三维媒体可行性的平均百分比分数为78%,分类为“良好”。总之,使用虚拟现实的开发的三维(3D)学习媒体可用于在化学学习过程中用于反应速率的材料。

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