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A = L2

if you double the sides, the area will be 4 times larger than the original one.

Q: When you double the sides of the square how does the area of the larger square change?

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If it has no sides then it cannot be a square.

The answer depends on their sizes! A small square will have a smaller area but a huge square will have a bigger area. Do the two shapes have equal sides, apothems, diagonals? Also, a square is a regular shape, what about the octagon?

Yes, a square has two pairs of parallel sides.

12 Sides.... A 3d Square is a cube!!

There are many methods to do this. One is to calculate the are of the enitire figure. Then figure out the area of the smaller area. Then divide the smaller figure's area by the larger figure's area and change the answer to a percent. For example, if you were asked to figure out what percent of square A with sides measuring 5 cm was covered by square B (which is completely inside of square A) with sides of 1 cm. 1. Calculate the are of square A. 25 cm2 2. Calculate the are of square B. 1 cm2 3. Divide square B by square A. 1/25 or 0.04 4. Convert to a percent. 4%

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Area of a square = side2. When you multiply the side times 2, you have to square it to get the area. 22 =4

Areas are proportional to the square of corresponding sides. Therefore, in this case: * Divide 144 by 36. * Take the square root of the result. That will give you the ratio of the corresponding sides.

a double square pymid is a shape with at least more than eight sides. it is calld a double square prymid beacuse the shape is double the sizs

The circumscribing square has sides of length 155 cm. The inscribed square has diagonals of 155 cm and so has sides of 155/sqrt(2) cm. The sides of a circumscribing square is always larger than those of the inscribed square by sqrt(2) = 1.4142 (approx). The area of a circumscribing square is always larger twice as large as that of the inscribed square.

To double the area of a square, you must multiply the length of the sides by the square root of 2, √2, which is about 1.414.

the area should double also Answer 2 The area will quadruple. Imagine a square with sides 1 x 1. If you doubled the length of the sides you'd have a square of 2 x 2. You'd be able to get four 1 x 1 squares inside that.

It seems to us that you don't have to do anything, because a square is already a polygon. Extending the sides of a square just gives you a bigger square.

Each of the four squares, combined, must have a perimeterwhich adds up to that of the larger square. Since the larger square has a perimeter of 24, so must these squares. However, since we are placing them next to each other, the 2 sides of each square facing other sides do not count. Each individual square has a perimeter of 12, so that makes 48. Subtracting the lengths of the sides placed adjacent to each other (8 sides x a length of 3 = 24), we get a perimeter of 24, the perimeter of the larger square. Because the perimeters are equal, there is no room left for another square without overlapping.

square or octagon

No. If you double the length of the sides, you multiply the area by 4. For example, a 10x10 square has an area of 100, but a 20x20 square has an area of 400.

all sides must be equal so you increase the sides

The area will increase by a factor of 4 in this case.