首页> 外文会议>International Seminar on Education Research and Social Science >The Expand Application of Micro-lecture in Flipped Classroom in the Reform of Bilingual Teaching of Physical Chemistry Experiment: Taking Physical Chemistry Experiment Bilingual Course in Zaozhuang University as an Example
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The Expand Application of Micro-lecture in Flipped Classroom in the Reform of Bilingual Teaching of Physical Chemistry Experiment: Taking Physical Chemistry Experiment Bilingual Course in Zaozhuang University as an Example

机译:在物理化学实验双语教学改革中,在翻转教室中扩大微观课程的应用:在枣庄大学占用物理化学实验双语课程为例

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Under the trend of mixed learning and mobile learning, micro-lecture has become a research focus of educational information resource construction in China. The difficulties in teaching of physical chemistry experiment are the instrument conditions cannot meet the need of each student; the experimental content is cumbersome, teaching methods are outdated. The micro-lecture possesses the characteristics of a short time, small reserves and various forms of expression. Therefore, the introduction of micro-lecture to Physical Chemistry Experiment course helps to enhance the teaching effect. Also, the rational use of image and sound both stimulate students' interest in learning. This paper introduces the background and three-stage development of the micro-lecture, and explores how to combine the micro-lecture with the Physical Chemistry Experiment course to achieve the purpose of improving the teaching effect. The contents of basic chemistry experiments in the universities are diverse, also their teaching environment is open, and their teaching time is fairly plentiful. All these provide a stage for the implementation of flipping class. The application of flipping class teaching is more conducive to cultivating students' innovative ability via the students' maximum 'learning' and the teacher's maximum 'teaching'.
机译:在混合学习和移动学习的趋势下,微型讲座已成为中国教育信息资源建设的研究重点。物理化学实验教学的困难是仪器条件不能满足每个学生的需求;实验内容是麻烦的,教学方法过时。微型讲座具有短时间,小储备和各种形式的表达特征。因此,将微型讲义引入物理化学实验课程有助于提高教学效果。此外,合理使用图像和声音都刺激了学生对学习的兴趣。本文介绍了微观讲座的背景和三阶段开发,探讨了如何将微型讲座与物理化学实验课程结合起来,以达到提高教学效果的目的。大学基本化学实验的内容是多样的,他们的教学环境也是开放的,他们的教学时间相当丰富。所有这些都为实施翻转类提供了一个阶段。翻转类教学的应用更有利于通过学生的最大“学习”和教师最大“教学”培养学生的创新能力。

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