A square is a four sided shape with equal sides and angles. The area is the length multiplied by the width, which is also the length squared or the width squared. Therefore: 4 x square-root(area) = perimeter. This formula only works for a square.
This proof explains the above formula:
s = side length, and a = area
# s2 = a # s = sqrt(a) # 4s = 4[sqrt(a)] Step 1 is the basic formula for finding the area of a square.
Step 2 takes the square root of both sides to give you the length of one side.
Step 3 multiplies both sides by 4, because a square has 4 sides that need to be added to find the perimeter.
That's oddly worded. You can't find the area of a perimeter. Either way, we need to know how many sides there are. A square with 6-inch sideshas a perimeter of 24 inches and an area of 36 square inches.
Since you know that a square has four congruent sides, you know that the area is s2. If you want to find the length of one side, take the square root of both sides, so you're left with s= the square root of the area. A square has 4 sides, so to find the perimeter (4s = P), multiply both sides by 4. So you end up with this: P= 4A1/2 where P is the perimeter, A is the area, and the 1/2 means the square root. In simple terms, take the square root and multiply by four.
no
You can't: there are many different shapes with the same area that have different perimeters. For example, if you have an area of 100, the figure could be a 10 by 10 square (with a perimeter of 40), a 20 by 5 rectangle (with a perimeter of 50), or even a circle with a radius of about 5.64, and a perimeter of about 35.44. You might be able to figure out the perimeter if you know something about the shape. If you know it's a square, for example, then the perimiter is 4 times the square root of the area. It's also interesting to note that of all shapes with the same area, the one with the smallest perimeter will be a circle. This is why soap bubbles are round: their contents are fixed, but surface tension makes the bubble "try" to minimize the perimeter.
Perimeter equals to 2 times the length plus 2 times the breadth. Area equals to length multiply by breadth
Divide the perimeter by 4 and then square the result to find the area of the square.
You square-root the area
For a square yes. If square root the area, you will get the length of a side. Times this by 4 to get the perimeter. E.g. Area=64cm2 64(square rooted)=8cm 8 X 4=32cm Perimeter=32cm
The area of a square is equal to twice the square's perimeter.
multiply the widht time s the length
You can't only using the perimeter. You have to know length and width.
There is no possible way to. You can only add up all the sides to get the perimeter.---It is not impossible. You can get the perimeter from area very easily.First, you find the square root of the area, which will be the length of each side (assuming it is a square).Then, once you've found the length of each side, you multiply it by 4, and you should have the perimeter. (:
That's oddly worded. You can't find the area of a perimeter. Either way, we need to know how many sides there are. A square with 6-inch sideshas a perimeter of 24 inches and an area of 36 square inches.
If a square has sides of length x, it's perimeter must be 4x. Therefore the length of one of those sides is the perimeter divided by 4. Square this number (multiply it by itself) to get the area of the square.
Depending on the figure given you can find the area from the perimeter For example- If you have a square with a perimeter of 24, you divide 24 by 4 because all the sides of a square are congruent. In turn you will 6 as each side of the square The formula for the area of a square is side2 so you get 62 which is 36. The area is 36
For a square, the area is always 1/4 of the perimeter squared. Or one side squared.
Assuming that you want to minimise the perimeter, then use a square. Its side length is, of course, given by the square root of the area.