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Dealing With Abstraction: Reducing Abstraction in Teaching (RAiT)

机译:处理抽象:减少教学中的抽象(RAiT)

摘要

One of the most important challenges for mathematics teachers involves dealing with mathematical abstraction, specifically; figuring out efficient ways to translate abstract concepts into more easily understandable ideas for their students. Reducing abstraction is one of the theoretical frameworks originally proposed by Hazzan (1991) to examine how learners deal with mathematical abstraction while working with new mathematical tasks or concepts. However, very little is known about how teachers deal with mathematical abstraction while implementing mathematical tasks in the classroom. To complement this body of research, my study seeks to understand the features of teaching practices in real classroom situations with regard to dealing with mathematical abstraction. In this study, the level of abstraction involved in a situation has been interpreted from three distinct perspectives: 1) as the quality of the relationships between the mathematical concept and the learner; 2) as a reflection of the process-object duality; and 3) as the degree of complexity of a mathematical task or concept. Upon close analysis of the primary (classrooms observation) and secondary (TIMSS 1999 Public Release video lessons) data, various behaviours and strategies used by teachers to reduce abstraction while implementing tasks have been identified in each of the above three categories. As a result, a framework of “Reducing Abstraction In Teaching” (RAiT) has emerged, thus offering a new perspective on and an application of the notion of reducing abstraction. While reducing abstraction in teaching is often intended to make the mathematical concept or object more accessible to students and, thus, to achieve meaningful learning, this study discovered and exemplified some instances in which RAiT activity may not necessarily be supportive for that purpose. Hence, this study suggests a need for teachers to pay attention to the possible deficiencies of students’ understanding that may arise as a consequence of some of the strategies of reducing abstraction in teaching. Finally, the study concludes with a number of recommendations and suggestions, including avenues for future research.
机译:对于数学老师来说,最重要的挑战之一就是如何处理数学抽象。找出有效的方法将抽象的概念转换为学生更容易理解的想法。减少抽象是Hazzan(1991)最初提出的一种理论框架,用于研究学习者在处理新的数学任务或概念时如何处理数学抽象。但是,对于教师如何在课堂上执行数学任务时如何处理数学抽象知之甚少。为了补充这方面的研究,我的研究旨在了解真实课堂情况下有关数学抽象的教学实践的特征。在本研究中,从三种不同的角度解释了一种情况所涉及的抽象水平:1)数学概念与学习者之间关系的质量; 2)作为过程对象二元性的反映;和3)作为数学任务或概念的复杂程度。在对主要(教室观察)和次要(TIMSS 1999公共发布的视频课程)数据进行仔细分析后,上述三个类别中的每一个都确定了教师在执行任务时减少抽象的各种行为和策略。结果,出现了“减少教学中的抽象”(RAiT)的框架,从而为减少抽象的概念提供了新的视角和应用。减少教学中的抽象通常旨在使学生更容易使用数学概念或对象,从而实现有意义的学习,但本研究发现并举例说明了RAiT活动不一定为此目的提供支持的某些情况。因此,这项研究表明,教师需要注意一些由于减少教学中的抽象策略而可能引起的学生理解能力的不足。最后,本研究以许多建议和建议作为结束,包括未来研究的途径。

著录项

  • 作者

    Subedi Krishna Prasad;

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  • 年度 2014
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  • 入库时间 2022-08-31 16:01:32

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