No not really
To calculate the area of an irregular shape, you can use the shoelace formula. This formula involves dividing the shape into triangles and summing the areas of those triangles using the coordinates of the shape's vertices. The formula is based on the concept of Green's theorem in calculus and is widely used in geometry and computational geometry. It provides an accurate way to determine the area of any shape, regardless of its irregularity.
The answer depends on the shape of the arch.
Change in form or shape.
It is called a 'Hexagon'
For a shape to tesselate the interior angles have to add up to a multiple of 360 deg
there are loads. ones that do tesselate are hexagons, squares and triangles but none of the others tesselate
Yes it does tesselate.
In its conventional form, of a circular shape with tapering sides, NO.
Colour plays no part in whether a shape can tesselate or not. It is all down to the actual shape itself.
If the interior angles of a regular polygon are factors of 360 then it will tesselate.
They can tesselate - provided they are the correct shapes.
The polygon is not a arrow. It is a shape.
Certain arrow shapes will tessellate the plane. See the related links for some images or google: Arrow Tessellation Images
Yes, rectangles tesselate. A tessellation is a tiling pattern.
No.
No