There are infinitely many. For example, every different triangle can tessellate. There are 15 types of pentagons which will tessellate.
A regular tessellation uses only one type of regular polygon to cover a surface completely without any gaps or overlaps. The three types of regular polygons that can achieve this are equilateral triangles, squares, and regular hexagons. Each of these shapes can fill a plane uniformly, demonstrating the concept of regular tessellation.
Every triangle will tessellate and, since there are infinitely many possible triangles, there are infinitely many shapes that can be used for tessellation. On the other hand, in any single tessellation you can only use a finite number of shapes.
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Yes it is a tessellation.
A tessellation that uses more than one kind of regular polygon is called a semi-regular tessellation.
No, there are infinitely many types of tessellations.
It can have 3, 4 or 6 sides.
Any polygon will have versions that will tessellate.
Every triangle will tessellate and, since there are infinitely many possible triangles, there are infinitely many shapes that can be used for tessellation. On the other hand, in any single tessellation you can only use a finite number of shapes.
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Infinitely many. Every triangle can tessellate and each will result in a different tessellation. Since there are infinitely many possible triangles, there are infinitely many tessellations.
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No. Because tessellation is about using lost (infinitely many) copies of a polygon to cover a surface, One polygon does not comprise a tessellation.
Yes it is a tessellation.
Non-visible tessellation or non-existent tessellation, perhaps.
How to Make a Tessellation?
A regular tessellation or semi-regular tessellation or none.