Yes. A simple case would be where they combine into a square.
Yes. A regular tessellation can be created from either an equilateral triangle, a square, or a hexagon.
A chessboard is tessellated, so I assume it is a figure that is checkered.
A square is one of the simplest shapes that can be tessellated. Tessellation is the means of using a repeated shape to build a larger shape with no gaps or overlaps.
Yes
Yes. A simple case would be where they combine into a square.
Yes. A regular tessellation can be created from either an equilateral triangle, a square, or a hexagon.
a
A chessboard is tessellated, so I assume it is a figure that is checkered.
A square is one of the simplest shapes that can be tessellated. Tessellation is the means of using a repeated shape to build a larger shape with no gaps or overlaps.
No
No.
Yes
Yes
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
In a normal plane, only regular polygons with interior angles that are a factor of 360o can be tessellated. This means only three shapes: the regular (equilateral) triangle, the regular quadrilateral (square) and the regular hexagon. If the line were considered a regular polygon (with only two sides) then it would also be included in this list.