Usuario: guest
No has iniciado sesión
No has iniciado sesión
Type: Article
Dissecting the square into seven or nine congruent parts
Abstract:
We give a computer-based proof of the following fact: If a square is divided into seven or nine convex polygons, congruent among themselves, then the tiles are rectangles. This confirms a new case of a conjecture posed first by Yuan, Zamfirescu and Zamfirescu and later by Rao, Ren and Wang. Our method allows us to explore other variants of this question, for example, we also prove that no rectangle can be tiled by five or seven congruent non-rectangular polygons.
We give a computer-based proof of the following fact: If a square is divided into seven or nine convex polygons, congruent among themselves, then the tiles are rectangles. This confirms a new case of a conjecture posed first by Yuan, Zamfirescu and Zamfirescu and later by Rao, Ren and Wang. Our method allows us to explore other variants of this question, for example, we also prove that no rectangle can be tiled by five or seven congruent non-rectangular polygons.
Keywords: Tiling Congruent; Equiangular; Computational geometry
Journal: Discrete Mathematics
ISSN: 1872681X
Year: 2022
Volume: 345
Number: 5
Pages: 112800



Autores Institucionales Asociados a la Referencia: