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1·Differential calculus, you say?

你是说做微积分吗？

2·Differential calculus, you say? Chess?

你认为是各种数学计算、象棋呢？

3·Numerical and vectorial analysis Differential calculus: multivariable functions.

数值和矢量分析微分：多变量函数。

4·Integral upper limit function is a basic concept in function differential calculus.

积分上限函数是一元函数微分学的基本概念。

5·Often the existence axioms of classic in the differential calculus square distance can't use.

常微分方程中经典的存在性定理不能使用。

6·In theory the paper discusses a usage of an important limit formula of differential calculus.

本文从理论上讨论微分学第二重要极限公式的一个使用方法。

7·Differential calculus doesn't need to just be an equation, but the odometer and speedometer on a car.

微积分并不只会在等式中出现，它还会在汽车的里程表和速度表中应用。

8·Indeed it was this analysis which led Newton and Leibnitz to the discovery of differential calculus.

就是这样的分析使牛顿和莱布尼兹发明了微积分。

9·The purpose of Engels' statement on the differential calculus is for the sake of the epistemology study.

恩格斯对微积分论述的目的也表明了他对待微积分的视角一直是为了认识论的目的。

10·Limit is the soul of differential calculus, limits' calculation is an important content of the limit theory.

极限是微分学的灵魂，极限的计算是极限理论的重要内容。

微分

1·For if these increases of income or utility are reduced to being infinitesimal, one can use both the symbolism and the powerful manipulations of the differential calculus.

因为，如果这些收入或效用的增加可以化为无穷小，那我们既能使用符号表示，也能利用微分学强大的操作了。

2·Integral upper limit function is a basic concept in function differential calculus.

积分上限函数是一元函数微分学的基本概念。

3·In theory the paper discusses a usage of an important limit formula of differential calculus.

本文从理论上讨论微分学第二重要极限公式的一个使用方法。

4·Limit is the soul of differential calculus, limits' calculation is an important content of the limit theory.

极限是微分学的灵魂，极限的计算是极限理论的重要内容。

5·Maxwell's theory of electromagnetism and Einstein's theory of general relativity are also expressed in the language of differential calculus.

麦克斯韦电磁理论和爱因斯坦的广义相对论也表示的语言微分。