Polygons can't have curved sides so the answer is not a polygon.
1) all sides are straight 2) more than 2 sides 3) all have vertices
corresponding sides in two polygons are a number of tests for congruence and similarity involve comparing corresponding sides. In such tests, each side in one figure is paired with a side in the second figure, taking care to preserve the order of adjacency - in other words, if side A in figure #1 is adjacent to sides B ...
There are several possible answers, but it would be most instructive to name eight figures having eight different numbers of sides. 1 side - not possible 2 sides - not possible 3 sides - triangle 4 sides - square, rectangle, rhombus, trapezoid 5 sides - pentagon 6 sides - hexagon 7 sides - septagon 8 sides - octagon 9 sides - nonagon 10 sides - decagon There are other possible answers for a four sided figure.
All shapes have to be polygons, because there is no shape that has 1 or 2 sides. A tessellation has to be a shape, so that it can be repeated. Its not going to be much of a tessellation if its a line.. lol.. that isn't a tessellation
Polygons are plane closed figures bounded by straight lines. There cannot be polygons with fewer than 3 sides.
1:1
Polygons have 3 or more sides, so there are no one sided polygons idiot.
All polygons have the same ratio of sides to angles - 1:1
Polygons can't have curved sides so the answer is not a polygon.
They are regular polygons because you just multiply number of sides by the length of 1 side
1) all sides are straight 2) more than 2 sides 3) all have vertices
There is no limit on how big a name for a polygon is. Typically after Dodecagon (12 sides) the polygons are referred to as an n-gon, where n is referring to the number of sides on the polygon. A Myrigon is a 10,000-gon , a Megagon is a 1,000,000-gon, a Googolgon is a 1 * 10^100-gon
A trapezium, or any one of irregular polygons of 5 or more sides.
corresponding sides in two polygons are a number of tests for congruence and similarity involve comparing corresponding sides. In such tests, each side in one figure is paired with a side in the second figure, taking care to preserve the order of adjacency - in other words, if side A in figure #1 is adjacent to sides B ...
10^54 = one septendecillion
There are several possible answers, but it would be most instructive to name eight figures having eight different numbers of sides. 1 side - not possible 2 sides - not possible 3 sides - triangle 4 sides - square, rectangle, rhombus, trapezoid 5 sides - pentagon 6 sides - hexagon 7 sides - septagon 8 sides - octagon 9 sides - nonagon 10 sides - decagon There are other possible answers for a four sided figure.