方程与曲线论[16]——等分方程定理(B_2型)

对任意正整数n ,运用等分方程定理的通项公式 ,就可产生一个一元n次方程的一般式。每个一般式由坐标平面上的任意一点 ,都可转换为一元n次具体给定方程。对每个给定方程 ,通过转换、判别等方式 ,将其转换出的辅助角等代入配套求根公式 ,就可求出准确而简便的n个根。由于n可取无数的正整数 ,因此 ,由定理所制定的方程、求根式等也是无穷无尽的

Equation and curves[16]-A theorem of equations of devision (typep2)

To any positive integer n,we apply the general term formular for the equation of devision that can produce a general equation or nth degree in one unknown.i.e.it can convert a specific definitive equation of nth degree in one unknown at any point of the coordinate plane.We can extractn roots accurately and easily to each definite equation by the means of converting, discriminating and substituting the auxiliary angle and so forth into the relevant radical formula.As n can be countless positive integers,that the redical equation produced from the theorem can also be endless.