A Descriptive Study on Progressof 8th Graders' Proof-Conception in School Mathematics of Japan
A Descriptive Study on Progressof 8th Graders' Proof-Conception in School Mathematics of Japan
批准号:
07801035
负责人:
MIYAZAKI Mikio
金额:
$1.28万
依托单位国家:
日本
项目类别:
Grant-in-Aid for Scientific Research (C)
财政年份:
1995
资助国家:
日本
项目状态:
已结题
起止时间:
1995 至 1996
中文摘要
最后,本研究以日本国中八年级学童为研究对象,以数学真的相关概念为基础,透过证明教学,描述其证明概念的发展历程。本研究的目标包括:目标1:明确开发基于相对真概念的数学证明教学材料的理论背景;目标2:开发基于相对真概念的数学证明教学材料;目标3:开发基于相对真概念的数学证明教学材料;目标4:开发基于相对真概念的数学证明教学材料。通过自然观察法收集八年级学生在数学真理相关概念证明教学中的部分小组数据。目标4通过社会学和心理学的方法对数据进行分析,描述八年级学生证明概念的发展过程。关于目标1,我讨论了以下几点:讨论1-a:数学中相对真概念的背景和意义;讨论1-B:日本学校数学课程的动向;讨论1-c:初中教科书中证明的介绍 关于我们 日本国中数学教科书的证明教学中命题真值的概念。对于讨论1-c,我得到了以下结论。在日本初中数学教材中,一个证明定义中的论证规则与一组证明的论证之间并不一致,或者说不能判断是否一致。作为不一致的原因,一个标准的正确性(correspondenceto facts学生可以获得)被应用于一个命题之前的几何领域在8年级,和其他标准(连贯性来什么假设)被故意应用于同一命题在该领域。此外,这两个标准的应用是由于不仅采用证明或解释作为证明的功能,而且还采用了八年级几何领域之前所学的命题的局部系统化。关于真理的意义,可以提出两个概念:命题在学生能够认识的范围内的适用性,以及他们的真理对已证明命题的依赖性。关于真理的标准,可以提出以下概念:对一个命题应用哪一个标准是预先确定的,与学生能够认识到的事实相对应,或者在预先确定的用法区分下从假设中推导出来。少
英文摘要
The study finally aims to describe the progress of 8th graders' proof-conception by proof instructions based on relative concept of truth in mathematics in Japan. The aim involves the following goals.Goal 1 : Clarifying the theoretical background to developmaterials for proof instruction based on relative concept of truth in mathematics.Goal 2 : Developing materials for proof instruction based on relative concept of truth in mathematics.Goal 3 : Collecting data of some small groups of 8th grader throughout proof instruction based on relative concept of truth in mathematics by natural observation.Goal 4 : Describing the progress of 8th graders' proof-conception by analyzing the data by sociological / psychological method.Regarding Goal 1, I discussed the following points.Discussion 1-a : Background & significance of relative concept of truth in mathematics.Discussion 1-b : Movement of curriculum in school mathematics of Japan.Discussion 1-c : Introduction of proof in textbooks of junior … More high school mathematics in Japan.Discussion 1-d : Conceptions of truth of a proposition in proof instruction following tectbooks of junior high school mathematics in Japan.As to Discussion 1-c, I got the following conclusion. In textbooks of junior high school mathematics in Japan, there is no consistency between regulations of argument in a definition of proof and a set of arguments of proof, or we cannot judge whether there is a consistency or not. As a reason of no consistency, One criterion of correctness (correspondenceto facts students can acquire) is applied for a proposition before the field of geometry in 8th grade, and the other criterion (coherence to comewhat assumptions) is applied intentionally for the same proposition in the field. Furthermore, the application of two criterions is causedby adapting not only justification or explanation as functions of proof, but also local systemization of the propositions learned before the field of geometry in 8th grade.As to Discussion 1-d, I got the following conclusion. Regarding the meaning of truth, two conceptions is possible to brought up : the applicability of propositions in the range students can recognize, and the dependence of their truth on the proved propositions. Regarding the criterion of truth, the following conception is possible to be brought up : it is pre-established which criterion should be applied to a proposition, the correspondence to the facts students can recognize or the deduction from assumptions under the pre-established distinction of usage. Less
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Miyasaki, Mikio: "Introduction of proof in school mathematics : focusing on the definition of proof and the contents of argument in textbooks of Japan" Proceeding of the 20th Conference of Japan Society for Science Education. 165-166 (1996)
宫崎干夫:“学校数学中的证明介绍:关注日本教科书中证明的定义和论证的内容”日本科学教育学会第20届会议论文集。
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Miyazaki, Mikio: "A Study on the Conceptions of Truth of a Proposition in Proof Instruction : What is possible to be brought up by the instruction of junior high school mathematics in Japan?" Tsukuba Journal of Mathematics Education. 16, (in press). (1997
宫崎干雄:“证明教学中命题的真值概念研究:日本初中数学教学可能带来什么?”
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宮崎樹夫: "学校数学における証明の導入に関する研究-我が国の教科書における証明の定義と根拠の内容に着目して-" 日本科学教育学会第20回年会論文集. 165-166 (1996)
Kio Miyazaki:“学校数学中证明的引入研究——以日本教科书中证明的定义和基础为中心——”日本科学教育学会第20届年会论文集165-166(1996)。
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宮崎樹夫: "学校数学の証明指導における、ことがらの真理観に関する研究:我が国の中学校数学の証明指導によって育成され得るものに焦点をあてて" 筑波数学教育研究. 16(印刷中). (1997)
宫崎纪夫:“学校数学证明教学中的事物真理观研究:关注日本初中数学证明教学中可以培养的内容”筑波数学教育研究16(出版)。
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宮崎樹夫: "命題の普遍妥当性の理由を具体物に対する諸行為で示すことに関する研究" 科学教育研究(日本科学教育学会誌). 19(1). 1-11 (1995)
Kio Miyazaki:“通过针对具体对象的各种行动来显示命题普遍有效性的原因的研究”科学教育研究(日本科学教育学会杂志)19(1)(1995)。
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Game Development for the Learning of Proof to Improve the Educational Circumstances in Lower Secondary School Mathematics
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批准号:25560075
-
项目类别:Grant-in-Aid for Challenging Exploratory Research
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资助金额:$2.33万
-
财政年份:2013
-
负责人:MIYAZAKI Mikio
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依托单位:
Development and Realization of Curriculum for Explorative Proving in Secondary School Mathematics
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批准号:23330255
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项目类别:Grant-in-Aid for Scientific Research (B)
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资助金额:$11.4万
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财政年份:2011
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负责人:MIYAZAKI Mikio
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依托单位:
Development and Assessment of Digital Textbook based on the Curriculum of Constructive Learning of Proofs in Junior High School Mathematics
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批准号:18330187
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项目类别:Grant-in-Aid for Scientific Research (B)
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资助金额:$10.92万
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财政年份:2006
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负责人:MIYAZAKI Mikio
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依托单位:
Curriculum re-development of proof curriculum in lower secondary school mathematics based on constructive systematization of propositions
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批准号:13680197
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项目类别:Grant-in-Aid for Scientific Research (C)
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资助金额:$2.18万
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财政年份:2001
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负责人:MIYAZAKI Mikio
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依托单位:
国内基金
海外基金
应用iTRAQ定量蛋白组学方法分析乳腺癌新辅助化疗后相关蛋白质的变化
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批准号:81150011
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项目类别:专项基金项目
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资助金额:10.0万元
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批准年份:2011
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负责人:李席如
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依托单位: