Andere Kunden interessierten sich auch für
![De Bruijn Erd's Theorem (incidence geometry)]( "De Bruijn Erd's Theorem (incidence geometry)")
De Bruijn Erd's Theorem (incidence geometry)25,99 €![Geometry - Intuition and Concepts]( "Geometry - Intuition and Concepts")
Geometry - Intuition and Concepts63,99 €![Foundations of Incidence Geometry]( "Foundations of Incidence Geometry")
Foundations of Incidence Geometry63,99 €![An Introduction to Incidence Geometry]( "An Introduction to Incidence Geometry")
An Introduction to Incidence Geometry81,99 €![Euclidean Geometry and its Subgeometries]( "Euclidean Geometry and its Subgeometries")
Euclidean Geometry and its Subgeometries110,99 €![Foundations of Incidence Geometry]( "Foundations of Incidence Geometry")
Foundations of Incidence Geometry63,99 €![Spherical Geometry]( "Spherical Geometry")
Spherical Geometry19,99 €
High Quality Content by WIKIPEDIA articles! An incidence geometry is a mathematical structure composed of objects of various types and an incidence relation between them. The number of types of object used in the structure is called the rank of the incidence geometry. Incidence geometries can be modelled by vertex-colored graphs. In such a model, the colors correspond to the object types, and adjacent vertices of G correspond to incident objects. Incidence geometries of rank two are also known as incidence structures.