二次方程理论中的一个新概念

P. Bhattacharyya
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引用次数: 0

摘要

二次方程的基本思想是代数中最重要的课题之一。二次方程解法的数学概念依赖于数论的进步。作者在“数论动力学”的基础上,提出了二次方程解法的新概念。作者从二次方程ax2+bx+c=0的二次表达式ax2+bx+c确定了一个未知量(如x)的固有性质,保持了二阶表达式的结构不变,然后利用数论动力学的新概念求出了二次方程的解。本文以ax2+bx+c=0的形式求解了任意一个未知数(如x)的二次方程,其判别式的数值是b2-4ac≥0还是b2-4ac<0,都是实数而不使用虚数。利用这些新的创造性概念,作者在二次方程理论中发展了新的理论。
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A NOVEL CONCEPT IN THEORY OF QUADRATIC EQUATION
The basic idea of a quadratic equation is one of the most important topics in algebra. The mathematical concept for the method of solution of a quadratic equation is dependent on the advancement of the theory of numbers. The author developed a new concept regarding the method of solution of the quadratic equation based on “Theory of Dynamics of Numbers”. The author determined the inherent nature of one unknown quantity (say x) from the quadratic expression ax2+bx+c of the quadratic equation ax2+bx+c=0 by keeping the structure of the second-degree expression intact and then finding the solution of the quadratic equation using the novel concept of the Theory of Dynamics of Numbers. The author solved any quadratic equation in one unknown number (say x) of the quadratic equation in the form of ax2+bx+c=0, whether the numerical value of the discriminant is b2-4ac≥0 or b2-4ac<0, is real numbers only without using any imaginary numbers. With these new inventive concepts, the author developed new theories in the theory of quadratic equation.
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