First of all, you did not provide measurements for the octagon. Second, surface area is meant for three-dimensional figures. Octagons are two-dimensional.
The formula for the area of a regular octagon is:A = 2 (1+ SQRT(2)) s**2 , orA = 4.8284 s**2where A= the area of the octagon, ands is the length of one side s**2 indicates s squared or s times s
The answer depends on their sizes! A small square will have a smaller area but a huge square will have a bigger area. Do the two shapes have equal sides, apothems, diagonals? Also, a square is a regular shape, what about the octagon?
Approximately 6,789.98 units2
An octagon is a square with the corners cut off, so it has 8 equal sides and all angles are the same, like an American Stop sign. If each edge of an octagon is 1 foot, then the area is 4.828 square feet (2+2root2). For an octagon with an edge length of x feet, the area would be 4.828 times x squared.
Assuming it's an octagon with equal sides (s = length of one side in feet) the formula is approximately: Area = 4.8284*(s2)
If an octagon has a height of 17' and a base of 13'6" then it is not a regular octagon. In that case, a lot more information is required before its area can be calculated.
If the octagon at the base is regular, the side of the octagon is s and the height of the prism is h, the area of each octagonal base (Ab) is Ab = 2(√2 +1) s2 The perimeter of the octagon is P = 8s Then the surface area of the prism is As = 2 Ab + Ph The volume of the prism is V = Ab h
To calculate the surface area of a regular octagon, you can use the formula: ( A = 2 \times (1 + \sqrt{2}) \times s^2 ), where ( s ) is the length of a side. For a 36-inch octagon, first find the side length. The side length ( s ) can be calculated from the circumradius ( R ) (which is half the diameter in a regular octagon) using ( s = R \times \sqrt{2} ). However, without explicit side length or circumradius, the exact surface area cannot be determined. If you assume the octagon is inscribed in a circle of radius 18 inches, the area would be approximately 1,036.68 square inches.
A regular octagon cannot tile a flat surface, it needs squares as fillers. An irregular octagon can tile a flat surface alone.
The area of an octagon that has a side length of 2.45m is about 29m2
the area is 8
The area of an octagon with sides of 14 units each is 946.37 units2
To find the area of a shaded region within a regular octagon, first calculate the area of the entire octagon using the formula ( A = 2(1 + \sqrt{2})s^2 ), where ( s ) is the length of a side. Then, determine the area of any non-shaded regions (such as triangles or smaller shapes) within the octagon and calculate their total area. Finally, subtract the area of the non-shaded regions from the total area of the octagon to find the area of the shaded region.
An octagon is a non-rigid shape. In the same way that a square can be flexed into a rhombus and reduce the area by making the rhombus thinner, an octagon can be flexed into a shape with as small an area as you like.Its maximum area is 482.8 cm2(approx).An octagon is a non-rigid shape. In the same way that a square can be flexed into a rhombus and reduce the area by making the rhombus thinner, an octagon can be flexed into a shape with as small an area as you like.Its maximum area is 482.8 cm2(approx).An octagon is a non-rigid shape. In the same way that a square can be flexed into a rhombus and reduce the area by making the rhombus thinner, an octagon can be flexed into a shape with as small an area as you like.Its maximum area is 482.8 cm2(approx).An octagon is a non-rigid shape. In the same way that a square can be flexed into a rhombus and reduce the area by making the rhombus thinner, an octagon can be flexed into a shape with as small an area as you like.Its maximum area is 482.8 cm2(approx).
The area of an octagon which is nine feet on each side equates to 391.1 feet2
not sure.
The formula for the area of a regular octagon is:A = 2 (1+ SQRT(2)) s**2 , orA = 4.8284 s**2where A= the area of the octagon, ands is the length of one side s**2 indicates s squared or s times s