Yes
A chessboard is tessellated, so I assume it is a figure that is checkered.
A plane can be tessellated by triangles, various quadrilaterals, 15 types of convex pentagons (latest discovered in 2015) and various hexagons. No convex polynomial with 7 or more sides will tessellate.
A circle cannot be tessellated because it lacks straight edges and corners, which are required for tiling a plane without gaps or overlaps. In contrast, a square, hexagon, and equilateral triangle can all fit together to fill a space completely. Squares and equilateral triangles can tessellate individually, while hexagons can also fit together seamlessly.
star and circle
no it can not i have research it thoroughly i could not find any pictures of a regular decagon tessellated. i did but they all had different shapes so the answer is no it is not logically possible
No, we did a maths topic on tessallating quadrilacterals and we proved that not all do! hexagons tessalate and squares also triangles
Yes, all triangles can be tessellated. To tessellate any triangle, take six instances of the triangle and arrange them such that they form a hexagon. This will be a repeatable pattern so being a tessellation
The answer will depend on how they are connected: on only one side or more, whether they are nested, whether or not they form a convex tessellated area.
a
A chessboard is tessellated, so I assume it is a figure that is checkered.
No
No.
Yes
A plane can be tessellated by triangles, various quadrilaterals, 15 types of convex pentagons (latest discovered in 2015) and various hexagons. No convex polynomial with 7 or more sides will tessellate.
A circle cannot be tessellated because it lacks straight edges and corners, which are required for tiling a plane without gaps or overlaps. In contrast, a square, hexagon, and equilateral triangle can all fit together to fill a space completely. Squares and equilateral triangles can tessellate individually, while hexagons can also fit together seamlessly.
star and circle
no it can not i have research it thoroughly i could not find any pictures of a regular decagon tessellated. i did but they all had different shapes so the answer is no it is not logically possible