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首页> 外文期刊>International Journal of Mathematical Education in Science and Technology >A framework to categorize students as learners based on their cognitive practices while learning differential equations and related concepts
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A framework to categorize students as learners based on their cognitive practices while learning differential equations and related concepts

机译:在学习微分方程和相关概念的同时,根据学生的认知实践将学生分类为学习者的框架

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摘要

There are numerous theories that offer cognitive processes of students of mathematics, all documenting various ways to describe knowledge acquisition leading to successful transitions from one stage to another, be it characterized by Dubinsky's encapsulation, Sfard's reification or Piaget's equilibration. We however are interested in the following question. Who succeeds at making the leap and can we describe the attributes that set them apart from the ones that do not? In this article, we offer a framework to categorize students as learners based on their individual approaches towards learning concepts in differential equations and related concepts - as demonstrated by their efforts to resolve a conflict, conserve and rebuild their cognitive structures.
机译:有许多理论提供数学学生的认知过程,所有理论都记录了描述知识获取以成功实现从一个阶段到另一个阶段的转变的各种方式,无论是以杜宾斯基的封装,斯法德的辩护还是伯爵的平衡为特征。但是,我们对以下问题感兴趣。谁成功地实现了飞跃,我们能否描述使它们与其他属性区分开的属性?在本文中,我们提供了一个框架,可根据学生在微分方程和相关概念中学习概念的单独方法,将学生归类为学习者,这通过他们为解决冲突,保护和重建认知结构所做的努力而得到证明。

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