The solving of equations of the third and fourth order is often a very complex problem. It is helpful to know as much about the character of the roots as possible before a solution is attempted. Therefore, t h e problem of this thesis is to derive a set of equations involving the coefficients of the third and fourth order equations that can be used as a test to determine if the equation has any multiple roots. Equations that have real coefficients are the most common type. The problem would become much more complicated if equations which have complex coefficients were included. Therefore, the problem of this thesis is limited to the study of conditions for multiple roots of cubic and quartic equations having real coefficients
Summary. In this article, the principal n-th root of a complex number is defined, the Vieta’s formul...
Summary. In this article, the principal n-th root of a complex number is defined, the Vieta’s formul...
In this article we investigate the connection between the multiple roots of the 4th degree polinomia...
The solving of equations of the third and fourth order is often a very complex problem. It is helpfu...
The solving of equations of the third and fourth order is often a very complex problem. It is helpfu...
Last time, in the March/April 2006 issue, we finished up the discussion of solving quadratic equatio...
Includes bibliographical references (leaf 34)The problem that has been suggested is to place or find...
The real roots of the cubic and quartic polynomials are studied geometrically with the help of their...
Summary. In this paper, we describe the definition of the first, second, and third degree algebraic ...
Solution of Cubic and Quartic Equations presents the classical methods in solving cubic and quartic ...
The roots of a cubic polynomial depend on the coefficients of the cubic in a complicated way. In thi...
In this note we present a new method for determining the roots of a quartic polynomial, wherein the ...
The roots of a cubic polynomial depend on the coefficients of the cubic in a complicated way. In thi...
Summary. In this article, the principal n-th root of a complex number is defined, the Vieta’s formul...
Summary. In this article, the principal n-th root of a complex number is defined, the Vieta’s formul...
Summary. In this article, the principal n-th root of a complex number is defined, the Vieta’s formul...
Summary. In this article, the principal n-th root of a complex number is defined, the Vieta’s formul...
In this article we investigate the connection between the multiple roots of the 4th degree polinomia...
The solving of equations of the third and fourth order is often a very complex problem. It is helpfu...
The solving of equations of the third and fourth order is often a very complex problem. It is helpfu...
Last time, in the March/April 2006 issue, we finished up the discussion of solving quadratic equatio...
Includes bibliographical references (leaf 34)The problem that has been suggested is to place or find...
The real roots of the cubic and quartic polynomials are studied geometrically with the help of their...
Summary. In this paper, we describe the definition of the first, second, and third degree algebraic ...
Solution of Cubic and Quartic Equations presents the classical methods in solving cubic and quartic ...
The roots of a cubic polynomial depend on the coefficients of the cubic in a complicated way. In thi...
In this note we present a new method for determining the roots of a quartic polynomial, wherein the ...
The roots of a cubic polynomial depend on the coefficients of the cubic in a complicated way. In thi...
Summary. In this article, the principal n-th root of a complex number is defined, the Vieta’s formul...
Summary. In this article, the principal n-th root of a complex number is defined, the Vieta’s formul...
Summary. In this article, the principal n-th root of a complex number is defined, the Vieta’s formul...
Summary. In this article, the principal n-th root of a complex number is defined, the Vieta’s formul...
In this article we investigate the connection between the multiple roots of the 4th degree polinomia...