To be a polygon there has to be three or more sides. None of the sides can be curved or intersecting and the figure has to be closed.
regular polygons are the ones that all sides are equal
Oh, dude, making generalizations about polygons is like trying to figure out why people still use fax machines. You just look at the sides and angles of different polygons, see what they have in common, and boom, you've got yourself a generalization. Testing it is like checking if your favorite food is still delicious - just try it out with different polygons and see if it holds up. Easy peasy, lemon squeezy!
polygons are classified according to?
no. only regular polygons do
why is it important to learn about polygons
it has a number of faces, vertex and edges -- The angles are not all the same
um... it is pointy and looks like a house
There are lots of different types of polygons Polygons are classified into various types based on the number of sides and measures of the angles.: Regular Polygons Irregular Polygons Concave Polygons Convex Polygons Trigons Quadrilateral Polygons Pentagon Polygons Hexagon Polygons Equilateral Polygons Equiangular Polygons
The polygons in the mosaic are alike in that they share common characteristics such as having straight edges and defined vertices. However, they differ in terms of their shapes, sizes, and angles; some may be regular polygons with equal sides and angles, while others are irregular. Additionally, the arrangement and color patterns of the polygons can vary, affecting the overall visual impact of the mosaic.
All polygons and polyhedra.All polygons and polyhedra.All polygons and polyhedra.All polygons and polyhedra.
That is because an octagon is singular and polygons is plural. An octagon is a polygon, and octagons are polygons but a octagon cannot be a polygons.
Congruent polygons.
regular polygons are the ones that all sides are equal
Oh, dude, making generalizations about polygons is like trying to figure out why people still use fax machines. You just look at the sides and angles of different polygons, see what they have in common, and boom, you've got yourself a generalization. Testing it is like checking if your favorite food is still delicious - just try it out with different polygons and see if it holds up. Easy peasy, lemon squeezy!
There is an infinite amount of polygons.
Polygons have always existed
Regular polygons.