The area of a regular hexagon with side length of 20cm is about 1039.23cm2
A regular hexagon has a rotation symmetry of 60 degrees, meaning it can be rotated by multiples of 60 degrees and still look the same. This is because a regular hexagon has six equal sides and angles, allowing it to be rotated in increments of 60 degrees to align perfectly. In other words, there are six positions in which a regular hexagon can be rotated to before it repeats its original orientation.
Yes.
120 degreesa hexagon is a 36 degree shape
Triangle, square, hexagon.
it has seven sides and must look like a regular hexagon
A regular hexagon folded in half would look like an isosceles trapezoid.
It depends, because a hexagon does not have to look like a regular hexagon. If you are referring to a regular hexagon, the measure of each angle is 120o . If you are referring yo an irregular hexagon, you're going to have to use a protractor for that.
pyramid
A regular hexagon cannot make a 3d figure because a regular hexagon tessellates. As a result t will make a large tiled surface. If the hexagon is not regular then the side elevation will depend on the shape of the hexagons and how they are configured.
A hexagon is any shape with 6 sides. A regular hexagon is a six sided shape where all sides and angles are equal to one another. An IRRegular hexagon tends to look messy or ugly whilst a REgular hexagon tends to look symmetrical and 'perfect'.
From a bird's eye view it would look like a regular 6 sided hexagon.
A regular hexagon, like any other hexagon, has six sides.
They're similar because they both have six sides, but they're different because a regular hexagon is always the same and is symetrical in six ways, and a normal hexagon is not. (You can look at images on google if you type in normal hexagon and then regular hexagon).
it matters what kind u want but i will be still a hexagon. it can be regular or irregular
A 6 sided hexagon polygon can be regular or irregular.
If the hexagon's sides and angles are congruent, then it a regular hexagon.