The statement inside the parentheses that follows contains a description and definition of different types of finite geometries. The choices contains concepts on finite geometries. (A type of finite geometry that contains twelve lines and twelve points.) * A. Fano's Finite Geometry H. Five-Point Geometry B. Young's Finite Geometry I. Pappus's Geometry C. Four-Line Geometry J. Neutral Geometry D. Four-Point Geometry K. Duality E. Affine Geometry L. Concurrent F. Projective Geometry M. Finite Geometry G. Incidence GeometryThe statement inside the parentheses that follows contains a description and definition of different types of finite geometries. The choices contains concepts on finite geometries. (A type of finite geometry that has seven points and seven lines.) A. Fano's Finite Geometry H. Five-Point Geometry B. Young's Finite Geometry I. Pappus's Geometry C. Four-Line Geometry J. Neutral Geometry D. Four-Point Geometry K. Duality E. Affine Geometry L. Concurrent F. Projective Geometry M. Finite Geometry G. Incidence GeometryMatching Type: The statement inside the parentheses that follows contains a description and denition of different types of nite geometries. The choices contains concepts on nite geometries. (A set of Euclidean axioms without a parallel axiom.) * The statement inside the parentheses that follows contains a description and denition of different types of nite geometries. The choices contains concepts on finite geometries. (An incidence geometry that has no parallel lines and in which each line has at least three points.) * Ez'lM dam EmW Elm-Elm Elm:- The statement inside the parentheses that follows contains a description and definition of different types of finite geometries. The choices contains concepts on finite geometries. (The plane dual of Four-Point Geometry) * A. Fano's Finite Geometry H. Five-Point Geometry B. Young's Finite Geometry I. Pappus's Geometry C. Four-Line Geometry J. Neutral Geometry D. Four-Point Geometry K. Duality E. Affine Geometry L. Concurrent F. Projective Geometry M. Finite Geometry G. Incidence GeometryThe statement inside the parentheses that follows contains a description and definition of different types of finite geometries. The choices contains concepts on finite geometries. (It is a way of interchanging the undefined terms in the given set of axioms to form another geometry.) * [Imam Elam [Em-3W [Em-GEEK! HEM-I! 3mm The statement inside the parentheses that follows contains a description and definition of different types of finite geometries. The choices contains concepts on finite geometries. (A type of finite geometry that has nine points and nine lines.) * A. Fano's Finite Geometry H. Five-Point Geometry B. Young's Finite Geometry I. Pappus's Geometry C. Four-Line Geometry J. Neutral Geometry D. Four-Point Geometry K. Duality E. Affine Geometry L. Concurrent F. Projective Geometry M. Finite Geometry G. Incidence GeometryThe statement inside the parentheses that follows contains a description and definition of different types of finite geometries. The choices contains concepts on finite geometries. (Three or more lines that intersect on the same point.) * A. Fano's Finite Geometry H. Five-Point Geometry B. Young's Finite Geometry I. Pappus's Geometry C. Four-Line Geometry J. Neutral Geometry D. Four-Point Geometry K. Duality E. Affine Geometry L. Concurrent F. Projective Geometry M. Finite Geometry G. Incidence GeometryThe statement inside the parentheses that follows contains a description and definition of different types of finite geometries. The choices contains concepts on finite geometries. (An incidence geometry that exhibits the Euclidean parallel postulate) * A. Fano's Finite Geometry H. Five-Point Geometry B. Young's Finite Geometry I. Pappus's Geometry C. Four-Line Geometry J. Neutral Geometry D. Four-Point Geometry K. Duality E. Affine Geometry L. Concurrent F. Projective Geometry M. Finite Geometry G. Incidence GeometryThe statement inside the parentheses that follows contains a description and definition of different types of finite geometries. The choices contains concepts on finite geometries. (It is a geometry with a finite number of points and lines.) A. Fano's Finite Geometry H. Five-Point Geometry B. Young's Finite Geometry I. Pappus's Geometry C. Four-Line Geometry J. Neutral Geometry D. Four-Point Geometry K. Duality E. Affine Geometry L. Concurrent F. Projective Geometry M. Finite Geometry G. Incidence Geometry