Method for Solving Polynomial Equations

Nahon Yj
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引用次数: 3

Abstract

The purpose of my paper is to bring a method for solving polynomial equations using basic algebra and series and also using combinatorics. A series which converges to the solutions of polynomial equations. The contribution of this method is that it leads directly to precise results to find the roots of a polynomial equation of any degree starting from second degree to infinity and also for the solving of radicals since radicals are a particular type of polynomial equations for example to find the square root of 2 sends to solve the equation x2=2. A general formula for the series which converges to the solutions of polynomial equations. For complex solutions we write for a polynomial P(x), P(a+bi)=P(a-bi)=0 and to solve this separately for imaginary part and real part of the solution sends to solve for regular polynomial equations at one variable so we can use the method which is developed to find the solutions.
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多项式方程的解法
本文的目的是提出一种利用基本代数和级数以及组合学求解多项式方程的方法。收敛于多项式方程的解的级数。这种方法的贡献在于,它直接导致精确的结果,找到多项式方程的任何次的根,从二次到无穷,也为根号的求解,因为根号是一种特殊类型的多项式方程,例如,找到根号2,解x2=2。收敛于多项式方程解的级数的一般公式。对于复数解,我们写一个多项式P(x) P(a+bi)=P(a-bi)=0为了分别解出这个解的虚部和实部来解一个变量的正则多项式方程这样我们就可以用已经开发出来的方法来求解了。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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