You might call it a 'megagon', but anybody who saw it would swear it's a circle.
Without specific details about the polygons in problems 1 and 2, I can only provide a general answer. If the polygons share the same number of sides, have equal corresponding angles, or are both regular polygons, they can be considered similar. Similar polygons maintain proportional relationships between their corresponding sides and angles. To give a more precise comparison, I would need the characteristics of the polygons in question.
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.
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
Without specific details about the polygons in problems 1 and 2, I can only provide a general answer. If the polygons share the same number of sides, have equal corresponding angles, or are both regular polygons, they can be considered similar. Similar polygons maintain proportional relationships between their corresponding sides and angles. To give a more precise comparison, I would need the characteristics of the polygons in question.
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
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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 ...