Yes. Remember that rectangles and squares are both parallelograms. Square tiles are the most common. The next most common are rectangles. Both shapes can tessellate finite planes.
Other parallelograms can tessellate infinite planes (or finite ones if you allow parts of the parallelogram along the edge of the plane.)
They can tesselate - provided they are the correct shapes.
No
Yes. Can it tesselate R^3? Only if its base pentagon is non-regular.
there are loads. ones that do tesselate are hexagons, squares and triangles but none of the others tesselate
Yes
They can tesselate - provided they are the correct shapes.
Yes, rectangles tesselate. A tessellation is a tiling pattern.
If you take two triangles, turn one over and bring them together, they will form a parallelogram. Lots of parallelograms can be lined up to form a strip of uniform width. Lots of parallel strips will fill an area. Tessellation!
No.
No
No.
No.
pentagons do not tesselate because their sides are uneven. hoped i helped!! :D 2010
For a shape to tesselate the interior angles have to add up to a multiple of 360 deg
Yes. Can it tesselate R^3? Only if its base pentagon is non-regular.
there are loads. ones that do tesselate are hexagons, squares and triangles but none of the others tesselate
Yes