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Classroom engagement towards using definitions for developing mathematical objects: the case of function

机译:课堂参与使用定义来开发数学对象:函数的情况

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For mathematicians, definitions are the ultimate tool for reaching agreement about the nature and properties of mathematical objects. As research in school mathematics has revealed, however, mathematics learners are often reluctant, perhaps even unable, to help themselves with definitions while categorizing mathematical objects. In the research from which we take the data presented in this article, we have been following a group of prospective mathematics teachers studying functions. In the course of learning, the students gradually accepted the definition as the ultimate criterion to identify examples of function. And yet, this use was hindered by the difficulty the students experienced while trying to understand the logical structure of the definition. Our close analysis has shown that the determiners “for every” and “unique” constituted the main source of the difficulty. We propose that a brief introduction to logic and, in particular, to parsing complex mathematical sentences, may be a useful addition to mathematics curriculum.
机译:对于数学家来说,定义是达成关于数学对象的性质和特性的最终工具。然而,正如学校数学研究显示的那样,数学学习者通常不愿甚至可能无法帮助自己在对数学对象进行分类时进行定义。在我们采用本文提供的数据进行的研究中,我们一直在跟踪一组预期的数学教师学习功能。在学习过程中,学生逐渐接受了定义作为确定功能实例的最终标准。但是,这种用法由于学生在尝试理解定义的逻辑结构时遇到的困难而受到阻碍。我们的仔细分析表明,确定者“每个”和“唯一”是困难的主要来源。我们建议对逻辑,尤其是对复杂的数学句子进行简要介绍,可能是对数学课程的有益补充。

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