A regular octagon cannot tile a flat surface, it needs squares as fillers. An irregular octagon can tile a flat surface alone.
yes
Yes.
it can in accompaniment with squares.
Well, if you take the regular octagon on the plane, security will likely confiscate it before you can board. The consequences are 8-10 years in prison. Now if you were to successfully get the regular octagon onto the plane, would it tile the plan? This depends on what type of tile you're talking about. A wooden tile can most definitely be achieved, and I've heard rumor that marble tiles are a difficult, yet feasible task. On the other hand, a porcelain tile has yet to be done, and I assume it to be impossible, along with most mosaic and vinyl tiles. If you find differently, please let me know. * * * * * Oh, that's so funny! To answer to the question: Not on its own.
A regular octagon cannot tile a flat surface, it needs squares as fillers. An irregular octagon can tile a flat surface alone.
yes
A regular octagon will not tessellate but an irregular one can.
Yes it can. A regular octagon cannot.
yes
Yes.
Not by itself.
it can in accompaniment with squares.
No because when u tile an octogon it doesn't have a measure for a square
Because the sum of where the vertices meet is 270°. The sum of where the vertices meet needs to be 360° in order for it to tile.
Well, if you take the regular octagon on the plane, security will likely confiscate it before you can board. The consequences are 8-10 years in prison. Now if you were to successfully get the regular octagon onto the plane, would it tile the plan? This depends on what type of tile you're talking about. A wooden tile can most definitely be achieved, and I've heard rumor that marble tiles are a difficult, yet feasible task. On the other hand, a porcelain tile has yet to be done, and I assume it to be impossible, along with most mosaic and vinyl tiles. If you find differently, please let me know. * * * * * Oh, that's so funny! To answer to the question: Not on its own.
No - because they would leave a small, square-shaped space between each tile.