Abstract. The paper Pythagorean triples of Polygonal Numbers [3] called our attention to search on another parametric representation for Diophantine equation of x2+y2+z2 = t2 of n-polygonal numbers. We got benefit from the identity that gives all the solutions of the equation x2+ y2+ z2 = t2 in natural numbers. It is the aim of this paper to give the most anologous parametric representation for Diophantine equation of x2 + y2 + z2 = t2 of n-polygonal numbers. The proof is given in a computational aspect
This paper has been updated and completed thanks to suggestions and critics coming from Dr. Mike Hir...
The article gives the parametric solutions of xy = z(y - x2) over any unique factorization domain. A...
In this paper we study in natural numbers some diophantine equa-tion of ax + by = z2 type. 2000 Math...
AbstractCertain diophantine equations of the form x2 − Dy2 = nz2 are solved parametrically. In parti...
We know already that the set Of positive integers, which are satisfying the Pythagoras equation Of t...
AbstractFor any positive integer n we state and prove formulas for the number of solutions, in integ...
Includes bibliographical references (page 33)An equation which contains two or more variables and sa...
In this note parametric solutions of certain diophantine equations are given. The method of obtainin...
[[abstract]]In this paper, we discuss the positive integers solutions of the Diophantine equations x...
AbstractAll Diophantine equations ax2 + by2 + cz2 = 1 + dxyz, with a, b, c, d ∈ N and a|d, b|d, c|d,...
This paper investigates and determines the solutions for the Diophantine equation x2 + 4.7b = y2r, w...
Motivated by some earlier Diophantine works on triangular numbers by Ljungreen and Cassels, we consi...
Motivated by some earlier Diophantine works on triangular numbers by Ljungreen and Cassels, we consi...
Motivated by some earlier Diophantine works on triangular numbers by Ljungreen and Cassels, we consi...
Motivated by some earlier Diophantine works on triangular numbers by Ljungreen and Cassels, we consi...
This paper has been updated and completed thanks to suggestions and critics coming from Dr. Mike Hir...
The article gives the parametric solutions of xy = z(y - x2) over any unique factorization domain. A...
In this paper we study in natural numbers some diophantine equa-tion of ax + by = z2 type. 2000 Math...
AbstractCertain diophantine equations of the form x2 − Dy2 = nz2 are solved parametrically. In parti...
We know already that the set Of positive integers, which are satisfying the Pythagoras equation Of t...
AbstractFor any positive integer n we state and prove formulas for the number of solutions, in integ...
Includes bibliographical references (page 33)An equation which contains two or more variables and sa...
In this note parametric solutions of certain diophantine equations are given. The method of obtainin...
[[abstract]]In this paper, we discuss the positive integers solutions of the Diophantine equations x...
AbstractAll Diophantine equations ax2 + by2 + cz2 = 1 + dxyz, with a, b, c, d ∈ N and a|d, b|d, c|d,...
This paper investigates and determines the solutions for the Diophantine equation x2 + 4.7b = y2r, w...
Motivated by some earlier Diophantine works on triangular numbers by Ljungreen and Cassels, we consi...
Motivated by some earlier Diophantine works on triangular numbers by Ljungreen and Cassels, we consi...
Motivated by some earlier Diophantine works on triangular numbers by Ljungreen and Cassels, we consi...
Motivated by some earlier Diophantine works on triangular numbers by Ljungreen and Cassels, we consi...
This paper has been updated and completed thanks to suggestions and critics coming from Dr. Mike Hir...
The article gives the parametric solutions of xy = z(y - x2) over any unique factorization domain. A...
In this paper we study in natural numbers some diophantine equa-tion of ax + by = z2 type. 2000 Math...