Once you split a square down the diagonal you now have 2 right triangles. Use Pythagorean's theorem to figure the side length.
a² + b² = c²
Since this is a square, a = b, so you can subtitute x for both sides
2x² = 8² (remember c is the hypotnuse, or the longest leg of a right triangle)
2x² = 64
x² = 32
x = √32
x ≈ 5.657 feet or 4√2 leaving your answer as a radical
The diagonals of a square bisect each corner or vertex of the square.
A square has 2 diagonals that are equal in length and bisect each other at right angles.
A parallelogram a rectangle a square and a rhombus
About 5.656854249 cm using Pythagoras' theorem: 2x2 = 64
t he older square-shaped floppy diskettes measured 15 cm on each side. What was the diagonal length of a diskette?
If you are given the area of the square, then the length of each side is the square root of the area. If you are given the length of the diagonal of a square, then the lenght of each side is equal to the length of the diagonal divided by the square root of 2. l=sqrt(a) l=d/[sqrt(2)] l=length of side, d=diagonal, a=area, sqrt means square root
In a square, all four sides are of equal length. Divide the perimeter by four to find the length of each side: 12 ÷ 4 = 3 ft
The diagonal is 63.64 cm
To find the length of each diagonal of a square, divide the sum of the diagonal lengths by 2. Since a square has two diagonals of equal length, this division will give you the length of each diagonal.
The diagonals of a square bisect each corner or vertex of the square.
The diagonal is about 16.97 inches long.
25 feet
Use Pythagoras. The diagonal, and two sides of the square form a right angled triangle. So if each side of the square is x cm long, the diagonal is x*sqrt(2) cm long.
The diagonal of a square whose area is 36 is the square root of 72, or about 8.49. Since the area of a square is side(squared), then the sides are each 6. Then since a(squared) + b(squared) = c(squared), for a triangle (the diagonal), you get the square root of 72.
A square has 2 diagonals that are equal in length and bisect each other at right angles.
15.556 feet (rounded)
Yes. In a rhombus (and in a square), the opposite angles that each diagonal connects are bisected by the diagonal.