1^2 or 2^2 or 3^2 or 4^2.... and it goes on...where diameter of circle is equal to the side of square divided by square root of total numbers of circles..
eg :
side of square = 10
no of circles = 2^2
square root = 2
therefore diameter = 10/2=5.
Area = pi*3.22 = 32.16990877 or 32.1699 square cm to 4 d.p.
How many squares with sides that are 6 inches long I needed to cover a square with a side length of 30 inches without overlapping
You only need 4 matchsticks of equal size to make a square.
Depends on the size of the circles and the square.
-6
A rectangle is an elongated square. It doesn't have a diameter; only circles have diameters.
The size of squares with concentric circles typically refers to the dimensions of the square that contains the circles. Each circle is inscribed within the square, with its diameter equal to the length of the square's side. As more circles are added, each concentric circle has a progressively smaller diameter, centered within the square. The specific size of the square can vary based on the design or purpose of the arrangement.
This area is 19,639 45 square yards.
Divide the diameter by 2 to get the radius then square the radius, and finally multiply by pie (3.14)
Area of the circle = 16*pi square units
A circle with a diameter of 2 is the guiding cynosure when Pi is the square of all possible circles: If the square root of Pi defines the side of a square and that square can be inscribed within a circle or enclose a circle, then the diameters of all possible circles between the largest and smallest include the circle of which Pi is its perfect square (a diameter of 2).
Area = pi*3.22 = 32.16990877 or 32.1699 square cm to 4 d.p.
How many squares with sides that are 6 inches long I needed to cover a square with a side length of 30 inches without overlapping
You only need 4 matchsticks of equal size to make a square.
If you divide 600 mm by 37 mm, you will know how many circles you can place side-by-side. In other words, you would be comparing the diameters.If on the other hand you want to compare the area, you have to square the previous result.
It should be obvious that the answer depends on how large the bigger square is.
Two circles with a square on top