More than one kind of regular polygon
A tessellation that uses more than one kind of regular polygon is called a semi-regular tessellation.
It is a semi-regular tessellation.
Semiregular tessellations, also known as Archimedean tessellations, combine two or more types of regular polygons in a repeating pattern. Examples include the square-triangle tessellation, which features squares and equilateral triangles, and the hexagon-dodecagon tessellation, which incorporates regular hexagons and regular dodecagons. Another example is the square-octagon tessellation, which alternates squares and octagons. These tessellations maintain a consistent vertex arrangement across the pattern.
Semi-regular tessellation
Yes. For example, dodecagons, squares and triangles.
A tessellation that uses more than one kind of regular polygon is called a semi-regular tessellation.
It is a semi-regular tessellation.
Semiregular tessellations, also known as Archimedean tessellations, combine two or more types of regular polygons in a repeating pattern. Examples include the square-triangle tessellation, which features squares and equilateral triangles, and the hexagon-dodecagon tessellation, which incorporates regular hexagons and regular dodecagons. Another example is the square-octagon tessellation, which alternates squares and octagons. These tessellations maintain a consistent vertex arrangement across the pattern.
Semi-regular tessellation
true
semi-regular
Yes. For example, dodecagons, squares and triangles.
It is an irregular tessellation.
Semi-regular tessellation is a tessellation of the plane by 2 or more different convex regular polygons. A semi-regular tessellation combines two or more regular polygons. Each semi-regular tessellation has a tupelo, which designates what kind of regular polygon is used.
A regular tessellation is based on only one regular polygonal shape. A semi-regular tessellation is based on two or more regular polygons.
A regular tessellation uses only one regular polygon. A semi-regular tessellation is based on two or more regular polygons.
A regular polygon has 3 to 5 or more sides and angles, they should be all equaled. A regular tessellation means a tessellation made up of congruent regular polygons.