In this note parametric solutions of certain diophantine equations are given. The method of obtaining the solutions is derived from an equation involving the determinants of certain matrices. It will be recognized that the method is a generalization of the method of Euler and Lagrange which depends on forms which repeat under multiplication. The matrices used in this paper must be such that their forms are retained under matric multiplication and addition. When integer values are assigned to the parameters of our solutions we obtain integer solutions of the particular equation under consideration; however not all integer solutions are necessarily furnished this way
AbstractThe diophantine equation of the title has been solved by Ljunggren, by indirect use of the p...
Title: Solving diophantine equations by factorization in number fields Author: Bc. Maroš Hrnčiar Dep...
AbstractA simple and straightforward method of the solution of certain multiplicative Diophantine eq...
In this note parametric solutions of certain diophantine equations are given. The method of obtainin...
AbstractCertain diophantine equations of the form x2 − Dy2 = nz2 are solved parametrically. In parti...
Diophantlne analysis, while an old subject, is a collection of special problems. The methods used ar...
Includes bibliographical references (page 33)An equation which contains two or more variables and sa...
In the first chapter we have given some definations, theorems, lemmas on Elementary Number Theory. T...
n this paper, we suggest an implementation of elementary version of Runge’s method for solving a fam...
In this work, I examine specific families of Diophantine equations and prove that they have no solut...
The resolution of each new diophantine equation is a peculiar problem. This is what the reader has c...
The article gives the parametric solutions of xy = z(y - x2) over any unique factorization domain. A...
AbstractThe equation of the title is studied for 1 ≤ D ≤ 100. It is shown that for such values of D ...
Diophantine equation is an algebraic equation in two or more variables in which solutions to it are ...
Title: Solving diophantine equations by factorization in number fields Author: Bc. Maroš Hrnčiar Dep...
AbstractThe diophantine equation of the title has been solved by Ljunggren, by indirect use of the p...
Title: Solving diophantine equations by factorization in number fields Author: Bc. Maroš Hrnčiar Dep...
AbstractA simple and straightforward method of the solution of certain multiplicative Diophantine eq...
In this note parametric solutions of certain diophantine equations are given. The method of obtainin...
AbstractCertain diophantine equations of the form x2 − Dy2 = nz2 are solved parametrically. In parti...
Diophantlne analysis, while an old subject, is a collection of special problems. The methods used ar...
Includes bibliographical references (page 33)An equation which contains two or more variables and sa...
In the first chapter we have given some definations, theorems, lemmas on Elementary Number Theory. T...
n this paper, we suggest an implementation of elementary version of Runge’s method for solving a fam...
In this work, I examine specific families of Diophantine equations and prove that they have no solut...
The resolution of each new diophantine equation is a peculiar problem. This is what the reader has c...
The article gives the parametric solutions of xy = z(y - x2) over any unique factorization domain. A...
AbstractThe equation of the title is studied for 1 ≤ D ≤ 100. It is shown that for such values of D ...
Diophantine equation is an algebraic equation in two or more variables in which solutions to it are ...
Title: Solving diophantine equations by factorization in number fields Author: Bc. Maroš Hrnčiar Dep...
AbstractThe diophantine equation of the title has been solved by Ljunggren, by indirect use of the p...
Title: Solving diophantine equations by factorization in number fields Author: Bc. Maroš Hrnčiar Dep...
AbstractA simple and straightforward method of the solution of certain multiplicative Diophantine eq...