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Journal ArticleDOI

Matrix zeros of polynomials

Damjan Kobal
- 01 Mar 2020 - 
- Vol. 104, Iss: 559, pp 27-35
TLDR
The concepts of polynomials and matrices essentially expand and enhance the elementary arithmetic of numbers as mentioned in this paper and open up new interesting mathematical challenges which extend to new fields of mathematical explorations within university mathematics.
Abstract
The concepts of polynomials and matrices essentially expand and enhance the elementary arithmetic of numbers. Once introduced, polynomials and matrices open up new interesting mathematical challenges which extend to new fields of mathematical explorations within university mathematics. We present an aspect of a rather elementary exploration of polynomials and matrices, which offers a new perspective and an interesting matrix analogue to the concept of a zero of a polynomial. The discussion offers an opportunity for better comprehension of the fundamental concepts of polynomials and matrices. As an application we are led to the meaningful questions of linear algebra and to an easy proof of the otherwise advanced and abstract Cayley-Hamilton theorem.

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Citations
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Modern mathematical methods for physicists and engineers

TL;DR: Fahidy as mentioned in this paper presents a 763 page book for advanced mathematics with a focus on set theory, groups, rings and fields, vector spaces, matrix theory, linear functionals and special functions.
References
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Book

Linear Algebra

Book

Linear Algebra

Journal ArticleDOI

A Memoir on the Theory of Matrices

TL;DR: In this article it was shown that any matrix that satisfies an algebraical equation of its own order, the coefficient of the highest power being unity, and those of the other powers functions of the terms of the matrix, the last coefficient being in fact the determinant, will be equal to zero.
Book

Modern Mathematical Methods for Physicists and Engineers

TL;DR: Fahidy as mentioned in this paper presents a 763 page book for advanced mathematics with a focus on set theory, groups, rings and fields, vector spaces, matrix theory, linear functionals and special functions.

Modern mathematical methods for physicists and engineers

TL;DR: Fahidy as mentioned in this paper presents a 763 page book for advanced mathematics with a focus on set theory, groups, rings and fields, vector spaces, matrix theory, linear functionals and special functions.