1.
Special Direct for Formula that was Applied to Seeking the Roots of Normally Cubic Equation --As an example applying three ary number;
一般三次代数方程求根公式的特殊推导——三元数应用一例
2.
The Study on a Solution of Polynomial Equation with the Same Root
关于多项式方程重根一种求法的探讨
3.
In this paper, some especial higher power equation be enumerated, just like Binomial equation or Reciprocal equation, for people cannot fine common extract roots formula about five and above power equation.
基于五次或五次以上方程没有一般通用的求根公式，本文列举了一些特殊的高次方程的解法。
4.
Method and Formula to Extraordinary Solution of Class 1 Mould Function Differential Equation;
一类泛函微分方程求特解方法及公式
5.
a biquadratic equation [ root ]
四次方程式[乘根]
6.
Accurate Analysis of Two Root Algorithms on Solving Quartic Equation
一元四次方程2种根式求解算法的精度分析
7.
An Accelerated Parallel Iteration Method with Parameters for Solving All Roots of a Polynomial Equation
一种求多项式方程根的参数并行加速迭代法
8.
Solution Formula Express of Euler Differential Equations Depending on a parameter;
含参数λ的Euler型微分方程的求解公式
9.
Formula of Seeking Solution for Some Kinds of Differential Equation;
几类有关全微分方程问题的求解公式
10.
Numerical Methods for Finding of the Roots of Polynomials
多项式求根的数值方法
11.
We are thus seeking the positive solution of the equation.
因而我们求方程的正根。
12.
Solving the Problem of Extracting a Root of Equation Through EXCEL2000;
用EXCEL2000解决方程求根问题
13.
Solution Formulas of Functions and Their Derivative Given by Three Types of Functional Equations;
三类由函数方程给出的函数与导数的求解公式
14.
The paper extracts the limit, proves the inquation and confirms existence of roots, skillfully using Langrangian middle value theorem.
应用拉朗日中值定理求极限，证明不等式以及确定方程的根。
15.
On the Research of Stirling Formula
谈Stirling公式的探求过程
16.
Improved Euler Method for Solving Roots of Nonlinear Equation
改进的Euler方法应用于非线性方程求根
17.
Substitute t=3 and v=60 in the formula given above and then solve it for s .
将t=3和v=60代入上述公式，然后解方程式求出s
18.
According to the requirements of Safety Regu lations in Coal Mine, the formula of antiskid checking calculation of safety bra king deceleration for tower-type friction winder is deduced in the paper.
根据《煤矿安全规程》要求,推导出了塔式摩擦提升机安全制动减速度的防滑验算公式。