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If the sides of a square are lengthened by 6cm the area becomes 121cm2 find the length of a side of the original square?
5cm because the square root of 121 is 11 and 5 plus 6 equals 11.
Each side of a square is lengthened by 1 in The area of the new square is 121 square inches Find the length of a side in the original square?
The new square has an area of 121, so the length of a side is the square root of 121, or 11. So the length of the side of the old square was 10.
What happens to the perimeter of a square if the length of a side is doubled?
If the length of a side of a square is doubled, the perimeter also doubles. The perimeter of a square is calculated as ( P = 4 \times \text{side length} ). Therefore, if the original side length is ( s ), the new side length becomes ( 2s ), resulting in a new perimeter of ( P = 4 \times 2s = 8s ), which is twice the original perimeter.
What is the value obtained by multiplying a number by itself?
It is the square of the original number. If the original number represents a length, then the square of the original number represents an area of a square with side equal to the original number.
When a wire is bent to form a square its area becomes A square cm square What is length of the wire?
(4 times the square root of 'A') centimeters.
If the sides of a square are lengthened by 4 cm The area becomes 256 square cm Find the length length of a side of the original square?
256 divise by 4
If the sides of a square are lengthened by 6cm the area becomes 121cm2 find the length of a side of the original square?
5cm because the square root of 121 is 11 and 5 plus 6 equals 11.
If the sides of a square are lengthened b 4 the area becomes 256 what is the original area?
12 cm
If the sides of a square are lengthened by 7cm the area becomes 256cm2 find the length of a side of the oringial square?
256 = 162; 16 - 7 = 9 cm
If the sides of a square are lengthened by 4 cm the area becomes 256 square cm find the length of a side if the original square?
New area = 256 so new side = sqrt 256 = 16 so old side = 12 (so old area = 144)
Each side of a square is lengthened by 1 in The area of the new square is 121 square inches Find the length of a side in the original square?
The new square has an area of 121, so the length of a side is the square root of 121, or 11. So the length of the side of the old square was 10.
What happens to the perimeter of a square if the length of a side is doubled?
If the length of a side of a square is doubled, the perimeter also doubles. The perimeter of a square is calculated as ( P = 4 \times \text{side length} ). Therefore, if the original side length is ( s ), the new side length becomes ( 2s ), resulting in a new perimeter of ( P = 4 \times 2s = 8s ), which is twice the original perimeter.
What is the value obtained by multiplying a number by itself?
It is the square of the original number. If the original number represents a length, then the square of the original number represents an area of a square with side equal to the original number.
If the sides of a square are lengthned by 5Cm the area is 144Cm what is the length of a side of the original square?
Let the original length of a side be d cm.Then (d + 5)2 = 144 = 122 : d + 5 = 12 : d = 12 - 5 = 7.The original square had a side length of 7 cm.
What is the calculation of a square lot?
That depends what you want to calculate. To calculate the area, for a rectangular lot, just multiply length x width; in the special case of a square lot, this becomes length x length, or length square.
When a wire is bent to form a square its area becomes A square cm square What is length of the wire?
(4 times the square root of 'A') centimeters.
Suppose each length of a square is increased by 3 feet if the perimeter of the square is now 48 feet what were the original side lengths of the square?
9 feet was the original side lengths
