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微积分中求导数为已知函数之函数的过程。 In calculus, the process of finding a function whose derivative is a given function. | ||
第三类问题是求函数的最大值和最小值问题。 The third kind of problem is the demand function of the maximum and minimum problems. | ||
本文介绍几种常用的求函数值域的方法。 This article presents some usual ways of solving the range of function value. | ||
就此讨论一类等比级数在求幂级数的和函数以及将函数展开成幂级数时的应用。 In this paper, we discuss how to use the geometric series to find the sums of power series and to represent functions by power series. | ||
第三种方法是把待求级数用基本初等函数的幂级数展开式表示出来； The third one is to let series be expressed by basic elementary function's power series expansion; | ||
将求两个函数的乘积的高阶导数的莱布尼兹公式作了多种形式的推广。 In this paper various forms for the Leibniz formula have been given. | ||
本文对用等价无穷小代换与洛必达法则求函数的极限进行了探讨。 This article discusses some problems which should be paid attention to using equivalation infinite small and the L Hospital Theory. | ||
应力、强度概率密度函数确定可采用应力-强度干涉模型，用公式或数值积分求可靠度。 If probability density functions of stress and strength are definite, stress strength interference model can be used to calculate reliability using formulation or numerical value integration. | ||
内部函数是函数体紧跟函数声明之后的标准函数。 An internal function is a standard function where the function body follows the function declaration. | ||
文中将SOZRSL规格说明的求精分解为结构求精、数据求精和谓词求精三部分。 Here the refinement of SOZRSL specification is divided into structure refinement, data refinement and predicate refinement. | ||
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