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What else can I help you with?
Could a tessellation could be created using circles?
true!! apex.
A tessellation could be created using circles like the one shown below.?
false
Can A Tessellation be created using parallelograms?
Yes it can
A tessellation could be created using parallelograms like one shown below?
For that Rhombus pic, it's TRUE -APEX
What tessellation is formed by using regular polygons?
A regular tessellation or semi-regular tessellation or none.
Could a tessellation could be created using circles?
true!! apex.
A tessellation could be created using circles like the one shown below.?
false
Can A Tessellation be created using parallelograms?
Yes it can
Can a tessellation be created using equilateral triangle?
yes
Can tessellation be created by using equilateral triangles?
Yes.
Could a tessellation be made using just one of a polygon?
No. Because tessellation is about using lost (infinitely many) copies of a polygon to cover a surface, One polygon does not comprise a tessellation.
A tessellation could be created using parallelograms like one shown below?
For that Rhombus pic, it's TRUE -APEX
What tessellation is formed by using regular polygons?
A regular tessellation or semi-regular tessellation or none.
Can a tessellation be created using only regular polygons?
No. See, for example, the top image in the attached link.
Can a tessellation be created using only a regular hexagon?
Yes. Bees are extremely good at tessellating regular hexagons in a honeycomb.
What is seni-regular tessellation?
There is no such thing as a seni-regular tessellation. A semi-regular tessllation is a tessellation using two regular polygons: for example, octagons and squares together.
Can a tessellation be created using only regular pentagons?
No, a tessellation cannot be created using only regular pentagons. This is because regular pentagons do not fit together to fill a plane without leaving gaps or overlapping. The internal angles of regular pentagons (108 degrees) do not allow for combinations that sum to 360 degrees around a point, which is necessary for a tessellation. Other shapes, like triangles, squares, or hexagons, can tessellate because their angles allow for such arrangements.
