首页> 外文期刊>The international journal for technology in mathematics education >Those do what? Connecting Eigenvectors and Eigenvalues to the Rest of Linear Algebra: Using Visual Enhancements to Help Students Connect Eigenvectors to the Rest of Linear Algebra
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Those do what? Connecting Eigenvectors and Eigenvalues to the Rest of Linear Algebra: Using Visual Enhancements to Help Students Connect Eigenvectors to the Rest of Linear Algebra

机译:那些做什么?将特征向量和特征值连接到线性代数的其余部分:使用视觉增强功能帮助学生将特征向量连接到线性代数的其余部分

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摘要

This paper discusses student difficulties in grasping concepts from Linear Algebra - in particular, the connection of eigenvalues and eigenvectors to other important topics in linear algebra. Based on our prior observations from student interviews, we propose technology-enhanced instructional approaches that might positively impact student understanding of concepts within a problem-solving context. We discuss some barriers to student understanding and suggest ways of using geometrical interpretations and visualisations of eigenvectors and eigenvalues to address these barriers. These technological interventions can readily implement this geometric approach, permitting students to easily experiment with a visual interpretation of eigenvectors and eigenvalues.
机译:本文讨论了学生在掌握线性代数概念时遇到的困难-尤其是特征值和特征向量与线性代数中其他重要主题的联系。根据我们先前对学生访谈的观察,我们提出了技术增强的教学方法,这些方法可能会在解决问题的环境中对学生对概念的理解产生积极影响。我们讨论了学生理解的一些障碍,并提出了使用特征向量和特征值的几何解释和可视化方法解决这些障碍的方法。这些技术干预可以很容易地实现这种几何方法,使学生可以轻松地对特征向量和特征值进行视觉解释。

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