小学低年级学生数学符号意识培养的调查研究
[Abstract]:Symbol consciousness is an important teaching goal in mathematics curriculum standard, and it is closely related to the content of numbers and algebra. The cultivation of symbol consciousness in primary school mathematics has also become the key point of mathematics study in recent years. With the development of mathematics teaching reform in primary school, the teaching content of graphic equation has been strengthened. The teaching content of this part mainly involves the cognition of basic graphics and the basic thinking of equality, at the same time, this content also well reflects the students' symbolic consciousness. Because equality thinking needs to have higher logical thinking ability and is restricted by the development of students' symbolic consciousness, whether it is appropriate to carry out graphic equality in primary school, especially in the first and second grade, has become the focus of teaching research. The main content of this study is the current situation of symbolic consciousness of the first and second graders in primary schools in China. Specifically, this study mainly discusses the following issues: (1) the investigation and analysis of the status quo of the symbol consciousness of the first grade students in primary school include three aspects: the perception of the symbol, the extraction of the symbol, and the use of the symbol. A comparative study is made on the students' specific performance and characteristics. (2) the difference analysis of sign consciousness of grade one and grade two. The investigation and Analysis of the Strategy of calculating the Graphics equation of Grade one students based on a specific figure equation calculation problem as the carrier, this paper studies how to solve the problems of the first grade students. 2. Analysis on the difference of problem solving Strategies between the second graders and the second graders the difference of solving strategies between the first and the second graders is analyzed by using the calculation of the two problems as the carrier. At the same time, this study also investigated the students' affective degree to the problem of figure equation extrapolation. Therefore, it is helpful to adopt more suitable ways in the teaching process, to strengthen students' interest in the problem of figure calculation and to fully improve the teaching effect. Through the investigation, it is found that the first grade students' learning situation in the aspect of symbol consciousness is generally OK, but in the sense of symbol, the extraction of symbol, There are different situations in the use of symbols in these three aspects: (1) the overall situation of students' perception of mathematical symbols is ideal: the students' perception of operational symbols is better, Can also understand the substitution of graphics in the formula. (2) the first grade students have not fully participated in the number of symbols to participate in the column, in the daily language and mathematical language conversion, There are still some difficulties. (3) the first grade students have great difficulties in the language conversion between characters and symbols, and they lack the ability to convert the relational symbols of the written language into the relational symbols of the mathematical language. We also find that there is a certain relationship between the strength of symbolic consciousness and students' age and teaching. In the investigation, we know that in the first and second grade solving the problem of figure extrapolation, the passing rate of the two is the same, but in the choice of problem-solving strategies, there are differences. The first graders did not learn systematically, nor did they develop a specific sense of sign. They used more strategies than the second graders. They relied on their life experience and used the numbers to get results. It is also obtained by algebraic calculation. The second grade students can understand the problem of figure calculation more systematically than the first grade through the teaching of school and the cultivation of symbol consciousness, and adopt more algebraic methods to solve the problem, and the choice of strategy is more uniform.
【学位授予单位】:杭州师范大学
【学位级别】:硕士
【学位授予年份】:2015
【分类号】:G623.5
【相似文献】
相关期刊论文 前10条
1 王宽明;;中学数学符号释义及其教学[J];韩山师范学院学报;2010年03期
2 贺修平;数学符号短诗[J];电视大学;1982年03期
3 桂质亮;;论数学符号系统的特点与功能[J];枣庄师专学报;1990年04期
4 方坤夫;数学符号与数学发展[J];湖州师专学报;1993年05期
5 王传斌;许凤岚;;要重视小学数学符号的教学[J];中小学教师培训;1996年02期
6 徐琳;谈数学符号意识的培养[J];承德民族师专学报;1997年02期
7 全奉;;谈谈初中数学符号意识的培养[J];课程教育研究;2013年26期
8 徐爱珍;;如何进行初中“数学符号教学”[J];语数外学习(初中版下旬);2014年01期
9 周奕生;由数学符号组成的丰富图形[J];广东第二课堂;2005年Z1期
10 张厚品;数学符号的由来[J];中学数学月刊;2005年06期
相关会议论文 前2条
1 周金才;;数学符号对数学发展的影响[A];全面建设小康社会:中国科技工作者的历史责任——中国科协2003年学术年会论文集(下)[C];2003年
2 陈领军;;Web页面上数学符号公式的显示与编辑的解决[A];Java技术及应用的进展——第八届中国Java技术及应用交流大会文集[C];2005年
相关重要报纸文章 前3条
1 本报记者 李明德 实习生 宗帅;邢轸 中国创制数学符号第一人[N];郑州日报;2009年
2 海安县城东镇新生小学 沈永玲;从“符号感”到“符号意识”[N];江苏教育报;2011年
3 宋志明;巧妙输入平行四边形的符号[N];中国电脑教育报;2003年
相关博士学位论文 前2条
1 汤强;7-9年级学生数学符号语言的理解与表示[D];西南大学;2009年
2 王成营;数学符号意义及其获得能力培养的研究[D];华中师范大学;2012年
相关硕士学位论文 前10条
1 蒋孝国;上海高中生对数学符号理解与表示的调查研究[D];华东师范大学;2011年
2 梁建;试论数学符号对数学发展的影响[D];南京师范大学;2005年
3 王硕;数学符号的历史作用及现实意义[D];辽宁师范大学;2014年
4 杜高俊;高中生数学符号语言掌握现状的调查研究[D];华中师范大学;2015年
5 曹校生;初中数学符号语言分类教学与实验研究[D];广西师范大学;2007年
6 严长宜;关于学生数学符号语言理解能力的调查与教学对策研究[D];上海师范大学;2012年
7 刘佳;高中生数学符号感现状调查研究[D];东北师范大学;2012年
8 孙萌;初中数学符号语言学习与教学探究[D];山东师范大学;2013年
9 张雅虹;数学符号语言与高中数学教育的研究[D];福建师范大学;2013年
10 张红灵;高中生学习数学符号的策略研究[D];陕西师范大学;2014年
,本文编号:2269142
本文链接:https://www.wllwen.com/jiaoyulunwen/xiaoxuejiaoyu/2269142.html