2 examples which immediately come to mind are a star and a cross, especially the plus sign. especially when the interior is broad.
No. All hexagons are polygons.
Well if your looking for examples, One is a soccer ball
No, a shape is more technically referred to as a polygon. Some examples of polygons include squares and triangles. Polygons cannot have curved sides so therefore a parabola is not a polygon nor a shape. A parabola is a line, it extends in the direction it is going for infinity.
Potential answers: shapes, polygons, quadrilaterals [four-sided polygons], parallelograms [quadrilaterals with opposite sides of the same length and parallel to each other].
A beehive.
Some examples of polygons include circles, triangles, squares, rectangles, pentagons, and hexagons. These are examples of 'simple polygons,' in that none of the lines overlap and intersect each other, such as in a pentagram, which is a 'star polygon.'
A polygon is a two-dimensional shape enclosed by lines only, not curves. So triangles, squares, rectangles, and octagons are examples of polygons. Circles, ellipses, and annuli are some shapes that are not polygons.
Tessellations
bee's hive
2 examples which immediately come to mind are a star and a cross, especially the plus sign. especially when the interior is broad.
No. All hexagons are polygons.
A polygon can be equilateral but not always equiangular. Some examples of this are rhomboids and other polygons like pentagons and hexagons.
Well if your looking for examples, One is a soccer ball
There aree an infinite number of polygons, but some of the common one are:TriangleQuadrilateralpentagonhexagonheptagonoctagonnonagondecigondodecagon
No, a shape is more technically referred to as a polygon. Some examples of polygons include squares and triangles. Polygons cannot have curved sides so therefore a parabola is not a polygon nor a shape. A parabola is a line, it extends in the direction it is going for infinity.
Potential answers: shapes, polygons, quadrilaterals [four-sided polygons], parallelograms [quadrilaterals with opposite sides of the same length and parallel to each other].