most citedThe Seventeen Elements of Pythagorean Triangles

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10 papers

math.GM20081 cited

The Seventeen Elements of Pythagorean Triangles

Konstantine Zelator

This is an exhaustive study of the seventeen elements of Pythagorean triangles, from the point of view of when such an element is an irrational number, a rational number, or an int…

math.GM2008

A simple method for generating rational triangles

Konstantine Zelator

In the early part of the paper, various geometrical formulas are derived. Then, at some point in the paper, the concept of a Pythagorean rational is introduced. A Pythagorean ratio…

math.GM2008

On a Theorem on sums of the form 1+2^(2^n)+2^(2^n+1)+...+2^(2^n+m) and a result linking Fermat with Mersenne numbers

Konstantine "Hermes" Zelator

In his book "250 Problems in Elementary Number Theory", W.Sierpinski shows that the numbers 1+2^(2^n)+2^(2^n+1) are divisible by 21; for n=1,2,.... In this paper, we prove a simila…

math.GM2008

Lattice points on the plane ax+by+cz=d and the diophantine system ax+by+cz=d ex+fy+gz=h

Konstantine Zelator

The subject matter of this work are the linear, three variable diophantine equation ax+by+cz=d (1), and the diophantine system ax+by+cz=d (2) ex+fy+gz=h with the coefficients a,b,c…

math.GM2008

Two Theorems on the structure of Pythagorean triples and some diophantine consequences

Konstantine "Hermes" Zelator

Even though four theorems are actually proved in this paper, two are the main ones,Teorems 1 and 3. In Theorem 1 we show that if a and be are odd squarefree positive integers satis…

math.GM2008

Heron isosceles with integral external radii

Konstantine Zelator

Each triangle has three exterior or external circles tangential to the three straight lines containing the three sides of the triangle.Among the preliminaries in this paper, is der…