In a an equilateral triangle, all the internal angles are 60 degrees. Therefore, when 4 different square corners connect, no gaps or overlaps occur because when the four 90 degree angles are connected you get 360 degrees (90+90+90+90=360 exactly therefore no remainder for gap/overlap).Īnother shape you could use to create a regular tessellation is an equilateral triangle. In a square, all the internal angles are 90 degrees. One shape you could use to create a regular tessellation is a square. Therefore, when the corners of these regular polygon shapes connect with other ones, a full rotation occurs creating a never ending pattern with no gaps or overlapping. All of the shapes in examples of regular tessellations are all similar because all the shapes have internal angles that can factor into 360 degrees. These shapes all have one thing in common that helps this specific type of tessellation occur. Some shapes that work with regular tessellations are squares, triangles and hexagons. In regular tessellations, the pattern is never ending. In regular tessellations, the shapes must be the same regular polygons, each vertex must look identical and overlapping and gaps should not occur. One type of tessellations is regular tessellations. There are many different types of tessellations with many different rules. In tessellations, no overlapping or gaps occur and, the pattern is never ending. A tessellation is basically a form of tiling.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |