The objective of this paper is to make reader acquainted with the depiction known as ring inversion. A definition of the depiction set forth in the introduction and a subsequent description including proofs of all characteristics of this depiction in two planes, namely a synthetic and an analytic plane with a complex variable, shall enable a reader to solve problems and tasks which are contained in the second part of this paper. The aim of this work is to familiarize a reader with the ring inversion in such a degree so that he will understand all of the characteristics and will be able to make use of this knowledge not only to solve theoretical problems but also in practice
Using the tools of reverse mathematics in second-order arithmetic, as developed by Friedman, Simpson...
Geometric problems, which are included to the tasks of the mathematical competition in Ukraine at ev...
Tato práce spojuje dvě jinak samostatná témata, kruhovou inverzi a studium rovinných křivek. Kruhová...
The objective of this paper is to make reader acquainted with the depiction known as ring inversion....
summary:The paper presents basic properties of circle projection. They are described and proved. The...
Every circle in the complex plane is presented as a solution of a complex equation and thus as a her...
This thesis deals with the study of the circular inversion. In the first chapter we introduce the ci...
Inversion in a circle, the power of a point with respect to a circle and orthogonal circles are con...
summary:Následující příspěvek si klade za cíl rozšířit článek "Pozoruhodné vlastnosti kruhové inverz...
This is a project where I explore and experiment with six of the circle’s core symbolism and their m...
In this paper we investigate inversion about the unit circle from a complex perspective. Using compl...
While explaining to a friend analyst that a theorem about circle inversion that he used could be pro...
In this paper we give a simple application of spherical inversion, the most elementary among the non...
[EN] Properties of the inverse along an element in rings with an involution, Banach algebras and C*-...
[EN] Let R be a ring. Existence criteria for the (b, c)-inverse are given. We present explicit expre...
Using the tools of reverse mathematics in second-order arithmetic, as developed by Friedman, Simpson...
Geometric problems, which are included to the tasks of the mathematical competition in Ukraine at ev...
Tato práce spojuje dvě jinak samostatná témata, kruhovou inverzi a studium rovinných křivek. Kruhová...
The objective of this paper is to make reader acquainted with the depiction known as ring inversion....
summary:The paper presents basic properties of circle projection. They are described and proved. The...
Every circle in the complex plane is presented as a solution of a complex equation and thus as a her...
This thesis deals with the study of the circular inversion. In the first chapter we introduce the ci...
Inversion in a circle, the power of a point with respect to a circle and orthogonal circles are con...
summary:Následující příspěvek si klade za cíl rozšířit článek "Pozoruhodné vlastnosti kruhové inverz...
This is a project where I explore and experiment with six of the circle’s core symbolism and their m...
In this paper we investigate inversion about the unit circle from a complex perspective. Using compl...
While explaining to a friend analyst that a theorem about circle inversion that he used could be pro...
In this paper we give a simple application of spherical inversion, the most elementary among the non...
[EN] Properties of the inverse along an element in rings with an involution, Banach algebras and C*-...
[EN] Let R be a ring. Existence criteria for the (b, c)-inverse are given. We present explicit expre...
Using the tools of reverse mathematics in second-order arithmetic, as developed by Friedman, Simpson...
Geometric problems, which are included to the tasks of the mathematical competition in Ukraine at ev...
Tato práce spojuje dvě jinak samostatná témata, kruhovou inverzi a studium rovinných křivek. Kruhová...