基于问题的学习在GeoGebra软件下的轨迹问题的错误检测与修正

Pham Sy Nam, Ngoc-Giang Nguyen, Hoa Anh Tuong, Ben Haas, Zsolt Lavicza, Yves Kreis
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引用次数: 0

摘要

基于问题的学习让学生置身于提出问题的情境中,而不提供指导和可用的知识。因此,在运用问题型学习时,学生需要灵活、自律、主动、自主地学习知识,将教师所要传授的知识转化为自己的知识。对于轨迹问题,学习者在预测结果时经常犯错误。GeoGebra软件已被引入教学,在学生发现和纠正轨迹题错误的过程中起到了很大的帮助。本文将分析基于问题的学习的观点和科学依据,并提供一个利用GeoGebra软件检测和纠正轨迹问题错误的教学过程。此外,我们设计了一个教学实例来明确说明上述过程。我们发现学生们更感兴趣和兴奋。
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Problem-Based Learning about Error Detection and Correction in Locus Problems with the Aid of GeoGebra Software
Problem-based learning puts students in situations that suggest problems without providing instructions and available knowledge. Therefore, when using problem-based learning, students need to be flexible, self-disciplined, active and self-occupied with knowledge and turn the knowledge the teacher intends to impart into their knowledge. For locus problems, learners often make mistakes in predicting results. GeoGebra software has been brought into teaching and has been a great help for students in the process of detecting and correcting mistakes in locus problems. Our article will analyze the views on problem-based learning and the scientific basis and provide a teaching process to detect and correct mistakes in locus problems with the help of GeoGebra software. In addition, we designed a teaching example that explicitly illustrates the above process. We found that students were more interested and excited.
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