A Square Has Side Length Of 7.3 In . If The Area Is Multiplied By 19 , What Happens To The Perimeter?

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A Square Has Side Length Of 7.3 In . If The Area Is Multiplied By 19 , What Happens To The Perimeter?. If the area is multiplied by $$1/9$$1/9, the new side length squared will. Since we know the shape here is square, we know that all sides are of equal length.

Solved A square has side length of 7.3 in. If the area is multiplied
Solved A square has side length of 7.3 in. If the area is multiplied from www.gauthmath.com

The area of the square is [tex]7.3 \times 7.3 = 53.29[/tex] square inches. The perimeter should be multiplied by 1/3. The first habit we need to talk about is regular physical activity.

Since We Know The Shape Here Is Square, We Know That All Sides Are Of Equal Length.


From this we can work backwards by taking the square root of the area to find the length of one side. The area of a square is given by the formula $$a = a^ {2}$$a = a2, where '$$a$$a' is the side length of the square. Multiplying the area of a square with a side length of 7.3 inches by 19 increases the side length to approximately 100.62 inches.

The Perimeter Should Be Multiplied By 1/3.


From the problem, the are of the square is multiplied by 1/9, so we need to get the square root of that factor to get the factor for the perimeter. Consequently, the perimeter also increases to. To find the new side length of the square,.

The Area Of The Square Is [Tex]7.3 \Times 7.3 = 53.29[/Tex] Square Inches.


If this area is multiplied by 19, the new area will be 1012.51 square inches. If the area is multiplied by $$1/9$$1/9, the new side length squared will. Side x side is area = 7.3 x 7.3 = 53.29.

The First Habit We Need To Talk About Is Regular Physical Activity.


The side length of the square, which is 7.3 inches, the square's surface area. The square's new area is.

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