actually, there is, depending on your definition of polygon, and your definition of a line segment. A line segment is the shortest path btwn two points, right? So take a sphere and pick any two points on that sphere. The shortest path between them on the surface of the sphere would be a "curve" along the surface, but it's the shortest path between the points, so it technally is a line segment. Take two of these line segments that intersect at two points, and there is your two sided polygon!
five-sided polygons cannot tessellate
All 10-sided polygons are decagons.
multi sided shapes are called polygons
ennedagon
All four-sided polygons are squares. (False) Squares are all four-sided polygons. (True)
because polygons are closed shapes with no rounded parts so a 2 sided polygon is not real!
There aren't two sided polygons
No, polygons must have at least three sides.
Yes, you can tessellate six-sided polygons by themselves.
five-sided polygons cannot tessellate
im not sure what u were asking, but quadrilaterals are the classification for 4-sided polygons, so yeah, all 4-sided polygons are quadrilaterals.
No because hexagons are 6 sided polygons whereas pentagons are 5 sided polygons
Quadrilaterals are 4 sided polygons.
polygons must be closed and two lines cannot form a closed shape. There is not such thing as a two sided polygon.
Polygons have 3 or more sides, so there are no one sided polygons idiot.
a hectoenneagon is a 109 sided polygon
All pentagons are 5 sided polygons