Side length is about 58cm and the perimeter is about 348cm
An Irregular hexagon looks like anything that has no bended angles/sides. Also it only has 6 sides/angles.
If the perimeter of the hexagon is 72, then each side of the hexagon is 72/6 = 12. Therefore, one side of the square is also 12, since the hexagon and the square share a side, so the area of the square is 12 x 12 = 144 cm.
Yes.
The difference between an irregular and regular is that a regular shape is the normal form of a hexagon or pentagon etc. A regular hexagon would have six sides all the same length and all the angles would be the same. An irregular shape is a shape in a different form of the normal form. Example, A irregular hexagon would still have six sides but the lengths may be different and the angles also may be different.
Yes if all the sides are equal in length In addition, all the angles also need to be equal.
If the perimeter of the hexagon is 24 cm and it is regular, then each side has the same length, namely 24/6 or 4. Now that is also the length of each side of the octagon since they share a common side so its perimeter is 8x4=32 cm.
You know that one side of a hexagon is 7.5 cm. You also know that a hexagon has 6 sides. So to find the perimeter, you just multiply 7.5 cm. by 6, or you can add 7.5 cm. six times. Either way, the answer you'll find is 45 cm.
Assuming that you are talking about a regular hexagon, the equation is (1/2)ap, a being the apothem and pbeing the perimeter. You can also use that equation for any other regular polygon.
You did not specify total what: total perimeter, total of interior angles, total area, ... You also need the measurements of the sides.
The answer depends on whether or not the hexagon is regular, partly regular or totally irregular. In the last case it will not help. It also depends on whether you start off with a regular hexagon standing with one vertex above another or standing on one of its sides!
There is insufficient information to answer the question. For a given area, the perimeter depends upon the shape. For a given area, the circle will have the smallest perimeter. For polygons, regular polygons will have a smaller perimeter than an irregular one of the same area. Also, for regular polygons, the greater the number of sides, the smaller the perimeter.