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The hyperreal numbers and the understanding of the concept of the derivative of a function in the course of calculus.

机译:超实数和微积分过程中对函数导数概念的理解。

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摘要

A new system of numbers exists, ampler than the Real Numbers, which the process of teaching-education of the students of Calculus in the United States has facilitated. This new approach does not use the theory of limits in the education of Calculus, but the idea of infinitesimals. This system is the System of Hyperreal Numbers.;This investigation is a phenomenological study on the cognitive and meta-cognitive process when the System of Hyperreal Numbers for the understanding of the concept of the derivative of a function in the course of Calculus is included. The intentions of this study were to investigate what cognitive and meta-cognitive process shows the student when he or she was exposed to the approach of the Hyperreal Numbers' System; how it influenced this new conception in the solution of problems that require Calculus; and which curricular implications pronounced when east system to the education of the course of Calculus is included.;The design of the investigation was qualitative and strategies of the method of the "Study of Case" were used. These strategies were the reflective interview, observations while the students solved problems which student thought aloud. The participants were four voluntary students of the University of Puerto Rico, Rio Piedras Campus, who took the course of Non Standard Calculus.;When compiling and analyzing the information we found that the understanding of the derivative of a function occurred through meta-cognitive and cognitive process that allowed having an additional tool to the theory of limits to solve the problems of the derivative of a function, between the students interviewed. The use of the Non Standard approach constitutes one better curricular tool for the teaching of Calculus because it foments and incites the use of cognitive and meta-cognitive processes. A greater use of meta-cognitive skills implies greater understanding. Best education is that than it goes directed to the cognition and meta-cognition of the students.;Also, one was that the way in that these students think when they solve problems in other courses that involve limits is through the idea of infinitesimals and not in limits.
机译:存在一种新的数字系统,比实数更有效,美国微积分学生的教学过程得到了促进。这种新方法在微积分教育中没有使用极限理论,而是使用了无穷小思想。该系统是超实数系统。该研究是对现象和认知过程的现象学研究,其中包含了用于理解微积分过程中的函数导数概念的超实数系统。这项研究的目的是调查当学生接触超现实数字系统方法时,认知和元认知过程显示了什么。在解决需要微积分的问题时,它如何影响这一新概念; ;研究的设计是定性的,并采用了“案例研究”方法的策略。这些策略是反思性访谈,观察,同时学生解决了学生大声思考的问题。参加者是波多黎各大学里约彼德拉斯分校的四名志愿学生,他们参加了非标准微积分课程。当汇编和分析这些信息时,我们发现对函数导数的理解是通过元认知和认知过程,该过程允许使用极限理论的附加工具来解决所访问的学生之间的函数导数问题。非标准方法的使用构成了微积分教学的一种更好的课程工具,因为它激发并煽动了认知和元认知过程的使用。元认知技能的更多使用意味着更多的理解。最好的教育是,它比直接针对学生的认知和元认知更重要。此外,其中之一是,这些学生在解决涉及极限的其他课程中的问题时的思考方式是通过无穷小思想而不是在极限。

著录项

  • 作者单位

    University of Puerto Rico, Rio Piedras (Puerto Rico).;

  • 授予单位 University of Puerto Rico, Rio Piedras (Puerto Rico).;
  • 学科 Education Mathematics.;Education Curriculum and Instruction.;Psychology Cognitive.;Education Higher.
  • 学位 Ed.D.
  • 年度 2009
  • 页码 181 p.
  • 总页数 181
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 心理学;教育;高等教育;
  • 关键词

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