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The *language of mathematics: A functional definition and the development of an instrument to measure teacher perceived self -efficacy.

机译:*数学语言:功能定义和测量教师感知自我效能的工具的发展。

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摘要

Mathematics is permeated with language; it appears in the form of new words and some old words with new meanings. There are new symbols to be able to read and consume; much information is presented in tabular or graphic form, and finally the language in a mathematics class has its own semantics, syntax and traditions of argumentation and expression. It is this language, used in the mathematics classroom, which students must absorb and develop fluency with---all while learning the mathematics expressed by this language. Traditionally, the language of mathematics has been overlooked in the classroom, as if students could learn it by just being exposed, rather than having explicit instruction. Numerous professional organizations have called for a focus on language in mathematics education, yet it appears that this important topic is overlooked in the classroom. This research project concentrated on developing a working definition of the language of mathematics and then, speculating that the reason teachers avoid teaching the language of mathematics, it developed the Language of Mathematics Teacher Self-Efficacy Scale (LoMTES), a measurement instrument to measure teacher perceived self-efficacy regarding the teaching of the language of mathematics. Bandura's socio-cognitive theory was the guiding force in developing this instrument. Bandura indicates that self-efficacy is predictive---that teachers with high perceived self-efficacy on a topic are generally capable of teaching it, while teachers with low perceived self-efficacy on a topic tend to skip over the topic or teach it in a minimal way. Self-efficacy, however, is a changeable construct; thus, this instrument could be used to identify teachers with low perceived self-efficacy regarding the teaching of the language of mathematics, which would enable the mathematics education community to explore possible interventions designed to improve student learning by improving teacher perceived self-efficacy.
机译:数学充满了语言。它以新词和一些具有新含义的旧词的形式出现。有一些新的符号可以读取和使用。许多信息以表格或图形形式呈现,最后,数学课中的语言具有自己的语义,语法以及论证和表达的传统。数学课堂上使用的是这种语言,学生在学习用这种语言表达的数学的同时,必须吸收并发展流利性。传统上,数学语言在课堂上一直被忽略,好像学生可以通过暴露而不是接受明确的指导来学习它。许多专业组织都呼吁在数学教育中关注语言,但似乎在课堂上却忽略了这一重要主题。该研究项目专注于制定数学语言的工作定义,然后推测教师避免教授数学语言的原因,因此开发了数学语言教师自我效能感量表(LoMTES),这是一种测量教师的测量工具关于数学语言教学的自我效能感。班杜拉的社会认知理论是开发这种乐器的指导力量。班杜拉(Bandura)指出,自我效能感是可预测的,即对某个主题的自我效能感较高的教师通常有能力进行教学,而对某个话题的自我效能感较低的教师则倾向于跳过该主题或将其教给他人。最小的方法。然而,自我效能感是可变的。因此,该工具可用于识别在数学语言教学中自我效能感较低的教师,这将使数学教育界能够探索可能的干预措施,这些措施旨在通过提高教师的自我效能感来改善学生的学习。

著录项

  • 作者

    Gray, Virginia D.;

  • 作者单位

    Oregon State University.;

  • 授予单位 Oregon State University.;
  • 学科 Education Mathematics.;Education Teacher Training.;Education Tests and Measurements.
  • 学位 Ph.D.
  • 年度 2004
  • 页码 133 p.
  • 总页数 133
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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