summary:Given a set of points in the complex plane, an incomplete polynomial is defined as the one which has these points as zeros except one of them. The classical result known as Gauss-Lucas theorem on the location of zeros of polynomials and their derivatives is extended to convex linear combinations of incomplete polynomials. An integral representation of convex linear combinations of incomplete polynomials is also given
We prove two results which improve the well known Gauss-Lucas theorem by locating the roots of the d...
Four points in the complex plane can be the roots of a complex polynomial of degree four. Solid line...
Four points in the complex plane can be the roots of a complex polynomial of degree four. Solid line...
summary:Given a set of points in the complex plane, an incomplete polynomial is defined as the one w...
summary:Given a set of points in the complex plane, an incomplete polynomial is defined as the one w...
The classical Gauss-Lucas Theorem states that all the critical points (zeros of the derivative) of a...
AbstractIn this note, we prove a geometrical relationship between the zeros of a polynomial p of ord...
Abstract. The celebrated Gauss-Lucas theorem states that all the roots of the derivative of a comple...
Given a polynomial with complex coefficients, the celebrated Gauss-Lucas's theorem and Marden's theo...
Complex polynomial roots, devirativeIn this Demonstration there are eight locators which represent t...
AbstractIn this note, we prove a geometrical relationship between the zeros of a polynomial p of ord...
Complex polynomial roots, devirativeIn this Demonstration there are eight locators which represent t...
In this paper, by using methods of $D$-companion matrix, we reprove a generalization of the Guass-Lu...
Let Pa be the family of complex-valued polynomials of the form p(z)=(z-a)(z-r)(z-s) with a in [0,1] ...
The celebrated Gauss-Lucas theorem states that all the roots of the derivative of a complex non-cons...
We prove two results which improve the well known Gauss-Lucas theorem by locating the roots of the d...
Four points in the complex plane can be the roots of a complex polynomial of degree four. Solid line...
Four points in the complex plane can be the roots of a complex polynomial of degree four. Solid line...
summary:Given a set of points in the complex plane, an incomplete polynomial is defined as the one w...
summary:Given a set of points in the complex plane, an incomplete polynomial is defined as the one w...
The classical Gauss-Lucas Theorem states that all the critical points (zeros of the derivative) of a...
AbstractIn this note, we prove a geometrical relationship between the zeros of a polynomial p of ord...
Abstract. The celebrated Gauss-Lucas theorem states that all the roots of the derivative of a comple...
Given a polynomial with complex coefficients, the celebrated Gauss-Lucas's theorem and Marden's theo...
Complex polynomial roots, devirativeIn this Demonstration there are eight locators which represent t...
AbstractIn this note, we prove a geometrical relationship between the zeros of a polynomial p of ord...
Complex polynomial roots, devirativeIn this Demonstration there are eight locators which represent t...
In this paper, by using methods of $D$-companion matrix, we reprove a generalization of the Guass-Lu...
Let Pa be the family of complex-valued polynomials of the form p(z)=(z-a)(z-r)(z-s) with a in [0,1] ...
The celebrated Gauss-Lucas theorem states that all the roots of the derivative of a complex non-cons...
We prove two results which improve the well known Gauss-Lucas theorem by locating the roots of the d...
Four points in the complex plane can be the roots of a complex polynomial of degree four. Solid line...
Four points in the complex plane can be the roots of a complex polynomial of degree four. Solid line...