卡尔·弗里德里希·高斯的四次代数方程的解和代数基本定理

N. Südland, J. Volkmann, D. Kumar
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引用次数: 0

摘要

自Geronimo Cardano以来,对4次代数方程进行了解析求解。通常,解算法是完整给出的。我们发现了两个算法,每个算法都有两个解;因此,六个形式解似乎可以解决一个四次代数方程。鉴于在这两个例子中都使用了一个平方来推导解,验证每个解是至关重要的。这种检查表明,四个卡达尔解是四次代数方程的唯一四个解。这证明了卡尔·弗里德里希·高斯(1799)的代数基本定理并不简单,尽管它是一个基本定理。这似乎是一个新颖的见解。
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Solution to algebraic equations of degree 4 and the fundamental theorem of algebra by Carl Friedrich Gauss
Abstract Since Geronimo Cardano, algebraic equations of degree 4 have been solved analytically. Frequently, the solution algorithm is given in its entirety. We discovered two algorithms that lead to the same resolvente, each with two solutions; therefore, six formal solutions appear to solve an algebraic equation of degree four. Given that a square was utilized to derive the solution in both instances, it is critical to verify each solution. This check reveals that the four Cardanic solutions are the only four solutions to an algebraic equation of degree four. This demonstrates that Carl Friedrich Gauss’ (1799) fundamental theorem of algebra is not simple, despite the fact that it is a fundamental theorem. This seems to be a novel insight.
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11.10%
发文量
5
审稿时长
15 weeks
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