We just use the fundamental theorem.
只需要应用基本定理就行。
We can just use the fundamental theorem.
仅需应用基本定理。
OK, so this way is a fundamental theorem.
解决办法是基本定理。
That is the so-called fundamental theorem of algebra.
这就是代数基本定理。
Of course behind the fundamental theorem, it is famous game theory.
当然背后的基本定理，它是著名的博弈。
The latter is concluded by Gauss's famous "Fundamental Theorem of Algebra".
后者以高斯的“代数方程的基本定理”作为结束。
Proves the other real number continuity fundamental theorems uniformly by the compact theorem.
用致密性定理统一证明其它实数连续性基本定理。
So, these are special cases of what's called the fundamental theorem of calculus for line integrals.
这些都是反映了,线积分的微积分基本定理的特例。
A proof based on the fundamental theorem has no counterpart for functions of several variables.
根据基本定理的证明对于多元函数就没有相似的东西。
And then we have a fundamental theorem that gives us a way to compute this without computing it.
下面是一个基本定理，它给出了，无需计算积分就得到结果的办法。
On the other hand, they also supply a brief material for the teaching of the fundamental theorem of calculus.
另一方面，也为微积分学基本定理的教学，提供了简明的材料。
In this paper, an improved suggestion is made of proof way and process of fundamental theorem of linear programming.
本文就线性规划基本定理的证明方法及过程提出一点修改意见。
Well, if we know that it's a gradient field, that we've seen that we get these properties out of the fundamental theorem.
如果我们知道它是一个梯度场，就可以由基本定理，得到上面那些性质。
So, the fundamental theorem of calculus, not for line integrals, tells you if you integrate a derivative, then you get back the function.
微积分基本定理，不是曲线积分的，告诉我们，如果对函数的导数积分，就会得回原函数。
In the first part, some fundamental theorem, symbol, concept are introduced, including some valuable results on linear positive operators.
第一部分简单介绍了本文所涉及到的一些基本定理、符号、概念，以及一些与正线性算子有关的成果。
This paper gives a proof about the fundamental theorem(and the inverse theorem)on the affine groups of motions in the affinely connected spaces.
本文给出仿射联络空间中仿射运动群的基本定理的一种证明；
The concept of fuzzy homomorphism of groups is introduced based on the fuzzy mapping and the fundamental theorem of fuzzy homomorphism is given.
利用模糊映射，给出群的模糊同态的概念，并得到模糊同态基本定理。
The second fundamental theorem of algebraical functions is fundamental and important but it is about constant Numbers and its applicative area has a limit.
代数体函数的第二基本定理是一个基本而重要的定理，但它是关于常数的，其适用范围有局限性。
It is a fundamental theorem of option theory that the sum of the option prices on individual firms is worth more than a single option on the value of all the firms.
选择理论的基本定理是单一公司的所有选择权价格的综合大于所有公司单一选择权价格的总合。
This paper uses several methods of complex functions theorey to prove fundamental theorem of algebra by argument principle, maximum modulus principle and minimum modulus principle.
从复变函数理论出发，利用辐角原理、最大模原理、最小模原理给出代数学基本定理的几种新的证明方法。
This paper proves fundamental theorem of algebra with Liouville's theorem , logarithmic residue theorem , argument principle, Rouche theorem, maximum (minimum)modules principle and zero point theorem.
研究和总结了用复变函数的观点与方法来证明代数基本定理。
Based on the fundamental quality of fuzzy events, the basic theorem of fuzzy entropy is obtained.
运用模糊事件及概率测度的基本性质，给出了模糊熵的一些基本定理。
The fundamental homomorphism theorem is very important consequence in group theory, by using it we can resolve many problems.
群的基本同态定理是群论研究中最常见、最有价值的结论之一。
The fundamental homomorphism theorem is very important consequence in group theory, by using it we can resolve many problems.
群的基本同态定理是群论研究中最常见、最有价值的结论之一。
应用推荐