That would be √1.44 inches. The square root of 1.44 can be found pretty easily, as it is a multiple of two perfect squares:
1.441/2
= (144 / 100)1/2
= 1441/2 / 1001/2
= 12 / 10
= 6/5
So each side of the Chess board is six fifths, or 1.2 inches long.
If the area is 100 squinches then each side must be 10 inches and it has 4 sides...
it's either 2,000 square inches, 2,000 square feet, 2,000 cubic inches, or 2,000 cubic feet
A square with a side length of 16 inches has an area of 256 square inches.
Area of square: 324 square inches Perimeter of square: 72 inches
"784 inches area" is meaningless. If the area is 784 SQUARE inches, then each side of the square is 28 inches long.
The area of a square game board is 144 sq. in. What is the length of one of the sides of the board? Answer: 12 inches
If the area is 100 squinches then each side must be 10 inches and it has 4 sides...
It depends on how many inches. Area in square inches = width (in inches) x length (in inches)
48 sq. in. (12+12+12+12)
To find the area, we multiply the lengths of the sides together. As your board is 12.2 feet by 12.2 feet, the area will be 12.2 x 12.2 feet squared, or 148.84 square feet.
576 square cm 64 = 8 x 8 3 cm x 8 = 24 cm 24 x 24 = 576
12
2,000 square inches
it's either 2,000 square inches, 2,000 square feet, 2,000 cubic inches, or 2,000 cubic feet
If the perimeter of a square is 28 inches the area is: 49 square inches.
A square with a side length of 16 inches has an area of 256 square inches.
Area of square: 324 square inches Perimeter of square: 72 inches