4.5 inches
Asquare = side2 side = Asquare1/2 = (64)1/2 = 8 inches perimeter = 4 * side = 32 inches
When a square paper is folded vertically to form a rectangle with a perimeter of 39 inches, the length of the rectangle is 19.5 inches (half of the perimeter). Since the length of the rectangle is the same as the side length of the original square, the area of the original square can be calculated as the square of the side length, which is 19.5 inches squared, equaling 380.25 square inches.
x+4+x+2+x = 24 3x+6 = 24 3x = 24-6 3x = 18 x = 6 longest side = 10 inches
6 * ((7 inches) * 7 inches) = 294 inches^2
isosceles acute triangle.
about 2 inches
Well we are not all on the same page here, but the answer using the standard formula of a2 plus b2 equals c2 is a follows:for side a: 2 times 2 equals 4for side b: 4 times 4 equals 16Adding these two answer together: 4 plus 16 equals 20So we know now that c2 equals 20, then what times what equals 20?the square root of 20 equals 4.472135954..., so that is the length of side c.
The perimeter of an octagon that has one side of 2 inches is 16 inches.
There is no way to compute the dimension of a rectangle from its area. 40 square inches, you see, could be 1"x40" or 2"x20", or 4"x10", or . . . . . . but they would all be 40 square inches.
2 x 2 inches, front, dress appropriately and no glasses.
About 2 feet around and 8-9 inches thick.
Asquare = side2 side = Asquare1/2 = (64)1/2 = 8 inches perimeter = 4 * side = 32 inches
dimension 4
An isosceles triangle has 2 sides that are the same length and the other side does not match those other 2 side. For example, the measurements could be- 2 inches, 2 inches, and 5 inches.
two
-2
It depends on what you mean by height - are the coins stacked or arranged side by side? If they're side by side, the dimension is 6*21.21 mm = 127.26 mm If they're stacked, the dimension is 6*1.95 mm = 11.70 mm