在高中代数学里，你学习了标准二次方程序。
In high-school algebra, you learned that the standard quadratic equation.
没有三角学和代数学的知识你不会理解微积分。
You can’t do a calculus class without first taking (and understanding) an Algebra and a Trigonometry class.
滤子在现代数学中占有重要的位置。
函数逼近论在现代数学是一个重要的分支。
Approximation theory of functions is an important branch in modern mathematics.
我在中学就学过代数学。
它体现了代数学中研究其他代数结构的基本思路。
It reflects the algebra in other algebraic structure of the basic idea.
我始终没有真正地领会代数学在几何学上的应用。
I have never got so far as to understand properly the application of algebra to geometry.
现代数学与其它领域互相渗透，同时也越来越抽象化；
Modern mathematics and other domain infiltrate each other and more and more abstract At the same time.
盈不足方法是古代数学中一项具有一般性的重要方法。
The method of excess and deficiency that had general applications was important in ancient mathematics.
“大众数学”教育是现代数学教学改革的一个重要方向。
Mass mathematics education is a reforming direction of modem mathematics teaching reform.
而群论是代数学中最古老最丰富的分支之一，是近世代数的基础。
But the group theory is in the algebra is most ancient one of richest branches, is the modern algebra foundation.
在中学数学教学中实施心理教育是当代数学教学的重要发展趋势。
It is the important trend to put Psychological teaching into contemporary mathematical teaching, especially for junior student.
它是现代数学的一个重要分支，是计算机专业基础理论的核心课程之一。
It is important subject of modern mathematics, one of core courses in computer science and technology.
运用现代数学中的综合分析法，可以得出模糊相似性测度数据关联算法。
We can get fussy similarity data correlation by using general analysis in modern mathematics.
当代数学的论证过程往往错综复杂，需要用上很多不同的步骤、成分和符号。
A typical argument in modern mathematics is often quite intricate, requiring many different steps, ingredients, and notation.
“数学符号”贯穿于近代数学和现代数学之中，它是数学高度抽象的表现。
"Mathematical symbols" runs through modem mathematics and modem mathematics, it is highly abstract mathematical performance.
三世纪的丢番图的杰出贡献之一，就是把希腊代数学简化，开创了简化代数。
Three century Diophantine one of the outstanding contribution that Greece algebra simplify, simplify algebraic created.
将代数学中的幂零元概念作适当的解析学上的推广，可以绘出一个很满意回答。
A very satisfactory answer can be given in terms of the appropriate analytic generalization of the algebraic concept of nilpotence.
本文以现代数学理论为依托，研究了随机结构系统的一般实矩阵的特征值问题。
The eigenvalue problem of general real matrices was researched in random structure system that it is from depending on modern mathematics theories.
大体而言，他的理论基于以下几种学科：古代数学、几何学、占数学和占星学。
In general, his theories are based on the followings: ancient mathematics, geometry, numerology and astrology.
在评价体系中引入代数学的集合概念和运算方法，能使评价体系更加全面、合理。
By introducing the conception and operation of Muster, the system of evaluation will be made more rational and comprehensive.
由于集值算子在现代数学的广泛应用，本文还研讨了关于集值算子方程解的存在性；
Due to the wide applications of setvalued operators in modern mathematics, the solvability of the setvalued operator equations are studied.
代数学,据约翰·德比夏尔所说,可以追溯到古巴比伦人留在楔形文字石碑上的简单的代数问题.
THE roots of algebra, asJohn Derbyshire tells us, go back to the ancient world: the Babylonians leftcuneiform tablets showing simple algebraic problems.
算法对于数学教育也有着重要的作用，同时也是中国古代数学的重要思想和主要特征。
Algorithm also has an important role in the mathematical education, and represents the important thoughts and main characteristics of the Chinese ancient mathematics.
数学的整体结构思想是在中国本土的儒家文化环境中形成的对现代数学的看法与处理方式。
Mathematical integral structure thought came into being under the environment of Confucian culture in China, is an idea and a processing mode about modern maths.
这一理论是几何学、代数学、复分析、微分方程解析理论交叉的产物，体现了数学的统一性。
The theory of automorphic function is the result of the intersection of geometry, algebra, complex analysis and differential equation, which manifest the unity of mathematics.
这一理论是几何学、代数学、复分析、微分方程解析理论交叉的产物，体现了数学的统一性。
The theory of automorphic function is the result of the intersection of geometry, algebra, complex analysis and differential equation, which manifest the unity of mathematics.
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