I'm assuming you mean the following:
--------
|OOO|
|OOO|
|OOO|
--------
Where:
Let r be the radius of a circle
The area of a circle is pi x r2
r = square root of (314 / pi)
r = approx*. 10 units
The length of each side of the square = 6 x r = approx*. 60 units
* approximate, because the value of pi is not exactly 3.14
Squares: Take two sides and multiply them against each other, ex. 3.5•3.5= the area. Rectangles: Same as squares. A square is a rectangle. Circles: Radius times radius times pi equals area.
This is assuming that the four circles are arranged in a square, with each circle touching two other circles at their tangents.First, you need to determine the area created by drawing a square between the center points of all of the circles.Circle radius = 10Side of square = 10 * 2, or 20Area of square = 20 * 20, or 400Now that you have that area, you can deduct the four quarters of the circles inside the square area. You can do it the long way, but four quarters of identical circles equals the area of one of the circlesArea of circle = pi * r^2= pi * 100=3.14159 *100=314.159Square Area - (4) quarter circle area400 - 314.159= 85.841
If each side is 94 inches then its area is 94 times 94 = 8836 square inches
Imagine 4 circles just touching, like this OO .............................................................. OO only closer. Draw a square connecting the centres of the 4 circles. Given the circles each have a radius of 10 metres the length of each side of the square is (10+10) =20 metres and the area of the square is 400 square metres. The area of each quarter of the circle that is within the square is one quarter of pi times r squared so the four quarters = 100pi square metres so the space between the circles is the difference.
split the wedge into a triangle and a and rectangle or square. Then calculate the surface area for each shape and add them together
Geometric configurations that do not conform to standardized shapes (squares, triangles, circles, etc.) can still have their areas determined. They can be calculated by dividing the given parcel into known shapes (and thus formulae) and then calculating the areas of each, and combining their values.
216 square inch total surface area, divide that by 6 to have the area of each square face, 36 square inch. The square root of that is the length of one side, 6 inches.
You find the square root 0f 169 which is 13.
area of square 144 sq km, area of a circle 12 x pi so area of three circles 36 x pi. Taking pi as 22/7 gives 113 and one-seventh sq km as total area of circles so grand total is 257 and one-seventh sq km
Divide your oddly shaped room into smaller standard shapes. Calculate each smaller shape's area then add all of your answers together.
Multiply the length of each wall by the height of each wall and that will give you the area of the walls. Combine the resulting numbers for each wall and you have the area in square feet.
The floor and the ceiling each have an area of 150 square feet. We can't calculate the area of the walls without knowing the height of the room.