The length of each side of a square is numerically equal
to the square root of the area.
Radius = square root of (area/pi) Circumference = 2*pi*radius
If you know the other dimension you can multiply it by the area to get the volume. Otherwise you can only get the area density (houses per square mile etc).
Yes, if it is a square the Area=A=l2 where l is the length and If you are given the area, then l=square root (A)
Square root the area and then times the answer by 4
In general you cannot find the perimeter of any shape if only the area is given.
Given the length of the diagonal of the square ... call it 'D units'. The area of the square is (1/2 D2) (same units)2.
Radius = square root of (area/pi) Circumference = 2*pi*radius
If you know the other dimension you can multiply it by the area to get the volume. Otherwise you can only get the area density (houses per square mile etc).
Yes, if it is a square the Area=A=l2 where l is the length and If you are given the area, then l=square root (A)
Square Root
Square root the area and then times the answer by 4
In general you cannot find the perimeter of any shape if only the area is given.
you take the radius, square it, then multiply it by 3.14 and there is the area
To find the area of a square, where all four sides are of equal length, you simply square the length of one side: for example, the area of a square of four inches is sixteen square inches, or 42 in. To find the length of the side of a square when you only know the area, you simply reverse the process, and take the square root of the area. The square root of 16 is four, for example.
the side is 36.055 yards. in order to find the sides of a square with only the area you would need to find the square-root of that data seeing as the sides of the square are identical and are multiplied by each other to get the area.
If the shape is a square, find the square root of the area and that will be the height and the width. Otherwise, you would need to find out more than the area.
Given only the lateral area, you cannot determine the diameter.