If you mean the area of a regular octagon with 8 equal sides of 3 cm then by using trigonometry its area works out as 43.36 square cm rounded to two decimal places.
The octagon will consist of 8 isosceles angles with equal base angles of 67.5 degrees and equal sides of 9.145940754 units with an apex angle of 45 degrees opposite side 7 units. Area of regular octagon: 0.5*9.145940754^2 *sin(45)*8 = 236.5929291 square units
Placing a question mark at the end of a phrase does not make it a sensible question. Try to use a whole sentence to describe what it is that you want answered.Yes, such an octagon can exist but it is not clear whether you want the lengths of its sides, its perimeter, or its area, or the radius of the circumcircle!
The area of an octagon that has a side length of 2.45m is about 29m2
Area = length x length Therefore the ratio of areas of two similar objects is the square of the ratio of lengths. Lengths - 1 : 41 Areas - 12 : 412 = 1 : 1681
Triangles are congruent if they have the same size and shape, meaning their corresponding sides and angles are equal.
If you mean the area of a regular octagon with 8 equal sides of 3 cm then by using trigonometry its area works out as 43.36 square cm rounded to two decimal places.
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?
Assuming it's an octagon with equal sides (s = length of one side in feet) the formula is approximately: Area = 4.8284*(s2)
The octagon will consist of 8 isosceles angles with equal base angles of 67.5 degrees and equal sides of 9.145940754 units with an apex angle of 45 degrees opposite side 7 units. Area of regular octagon: 0.5*9.145940754^2 *sin(45)*8 = 236.5929291 square units
A regular octagon is a polygon with 8 sides of equal length. To find the area of a regular octagon with a side length of 24 cm, we can use the following formula: Area = (8 × side^2) / (4 × tan(π/8)) where side = 24 cm Plugging in the value, we get: Area = (8 × 24^2) / (4 × tan(π/8)) Area ≈ 736.44 cm^2 So, the area of the regular octagon is approximately 736.44 square centimeters.
Placing a question mark at the end of a phrase does not make it a sensible question. Try to use a whole sentence to describe what it is that you want answered.Yes, such an octagon can exist but it is not clear whether you want the lengths of its sides, its perimeter, or its area, or the radius of the circumcircle!
The area of an octagon that has a side length of 2.45m is about 29m2
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.
Area = length x length Therefore the ratio of areas of two similar objects is the square of the ratio of lengths. Lengths - 1 : 41 Areas - 12 : 412 = 1 : 1681
the area is 8
That octagon is obviously not a regular one, so we'd need to know the lengthsof all eight sides in order to work with it. But you've given us the lengths of onlyfour of them. So we don't have enough information to come up with an answer.