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Objects shaped like a rhombus include diamond-shaped signs, some types of tables, and certain decorative items like wall art or tiles. Additionally, playing cards, particularly the diamond suit, have a rhombus shape. In geometry, a rhombus can also represent parallelograms where adjacent sides are of equal length.
ok * * * * * It is a plane (2-D) shape bounded by four straight sides, all of which are of the same length. One consequence is that the shape has two pairs of parallel sides. Its opposite angles are equal while adjacent angles are supplementary.
Draw it on paper first Then cut out paper to make exact shape required Then check again to make sure paper is correct shape Then draw on tiles the paper shape So tiles are not cut wrongly
you use a tape
lengthxwidth if round measure circumference
Answer: 360 degrees
The answer will depend on the shape of the area that you wish to cover. If it is circular, or irregular, you will need to cut or trim a lot of tiles and this will result in significant wastage. If the area is of ideal shape, you will require 173 tiles.
Usually, you divide by the area of a single tile. But this may not work if the tiles have an unusual shape, or if you need fractional tiles to cover the entire area.
To find the perimeter using square tiles, count the number of tiles along the outer edge of the shape and multiply by the tile's side length. For the area, count the total number of square tiles that completely fill the shape, which gives you the area in square units (each tile represents one square unit). If the tiles are of a different size, multiply the number of tiles by the area of one tile to get the total area.
I have a quantity of these white tiles taken from a 1909 house in Wales. They measure 17.25 inches X 12 inches.
It depends on the size of the tiles and also, to some extent, on the shape of the area that you need to cover.
The perimeter of each tile is 4 inches. So the perimeter of 16 tiles - separately - is 4*16 = 64 inches. The perimeter of a 16-tile shape depends on the shape.