利用电子设备教学立体几何与视觉思维

Z. Rahimi, Maryam Anvari, Negar Aghigh
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引用次数: 0

摘要

本研究旨在探讨使用电子学习设备对学生进行立体几何和视觉思维教学的效果。在这一教育体验中使用的工具包括Geogebra和3D Builder等软件、关于几何概念实际应用的视频、教科书的PDF文件和学校的智能设施。为此,根据教学内容和学生的要求,在10年级几何课堂上展示了上述工具。在这项研究中,涉及70名学生(包括两个35人的班级),他们于2017年和2018年在德黑兰第三区的一所公立高中学习数学。这一经验表明,在整个课程中使用电子工具可以使学习过程更好。这是丰富教材内容,为学生提供更准确的几何概念说明的好方法。这方面的重复和进一步的互动是加强学生视觉思维的基础。此外,它还提供了适当的补充内容,供其他学生、教师甚至教科书作者使用。对这条路线的追求最终决定了教育内容、学生、教师和教材作者之间互动交流的质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Teaching Solid Geometry and Visual Thinking Using Electronic Facilities
This study was conducted to investigate the effects of using E-learning facilities in teaching solid geometry and visual thinking to students. The tools used in this educational experience are software including Geogebra and 3D Builder, videos about the real-life uses of geometric concepts, the PDF files of textbooks and the school’s smart facilities. For this purpose, the above tools were presented to 10th grade geometry class, based on educational content and the students’ requirements. In this study, 70 students (includes two 35member classes) where involved whom studied mathematics in a public high school in Tehran’s 3rd District in 2017 and 2018. This experience suggests that the use of electronic tools leads to a better learning process throughout the course. It is a good method to enrich textbook content and offers more accurate illustrations of geometric concepts for students. Repetition and further interaction in this regard are the basis for strengthening the visual thinking of students. In addition, it provides appropriate supplementary content for the use of other students, teachers and even textbook authors. The pursuit of this route ultimately determines the quality of interactive communication between educational content, student, teacher and author of the textbook.
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