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The area will depend upon the shape itself - a perimeter of 100 cm could be a square 25 cm by 25 cm (area 25 cm × 25 cm = 625 cm²) or a rectangle 30 cm by 20 cm (area 30 cm × 20 cm = 600 cm²) or any other shape.

The maximum area is a circle with a circumference of 100 cm which has an area of approx 795.77 cm²

Which means any shape with a perimeter of 100 cm has an area which is less than or equal to approx 795.77 sq cm.

Q: How many area are there in a 100 cm perimeter shape?

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There is no such shape. Firstly, because no shape can jave an area of 100 cm. Suppose, though, that its area were 100 SQUARE cms, even then, there is no possible solution. Of all the shapes possible with a given perimeter, a circle has the greatest area. A perimeter of 30 cm means a radius of 30/(2*pi) = 15/pi cm. A circle with this radius would have an area of pi*(15/pi)2 = 225/pi = 71.62 sq cm : well below the area required.

The perimeter is 40m

It really depends on the shape. Different shapes have different relationships between perimeter and area. For similar shapes, the perimeter will increase linearly with the diameter, length, or any other linear measure, while the area will increase with the square of any linear measure. For example, if one square has ten times the side-length of another, its perimeter will also be ten times longer; but its area will be 100 times larger.

Answer 100 ---- If the perimeter of a square is 40 meters, then each side has lenght 10 meters. This is because the formula for perimeter is 4L where L is the lenght. Now, the area is L2 which is 102 =100

the area of a rectangleis 100 square inches. The perimeter of the rectangle is 40 inches. A second rectangle has the same area but a different perimeter. Is the secind rectangle a square? Explain why or why not.

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It need not be a complex shape. You can have a rectangle with these properties. Just solve the two equations: 2a + 2b = 100 (for the perimeter) ab = 105 (for the area)

There is no such shape. Firstly, because no shape can jave an area of 100 cm. Suppose, though, that its area were 100 SQUARE cms, even then, there is no possible solution. Of all the shapes possible with a given perimeter, a circle has the greatest area. A perimeter of 30 cm means a radius of 30/(2*pi) = 15/pi cm. A circle with this radius would have an area of pi*(15/pi)2 = 225/pi = 71.62 sq cm : well below the area required.

It has a perimeter of 40.

The perimeter is 40m

it has 100 and each side of the perimeter is 25

It really depends on the shape. Different shapes have different relationships between perimeter and area. For similar shapes, the perimeter will increase linearly with the diameter, length, or any other linear measure, while the area will increase with the square of any linear measure. For example, if one square has ten times the side-length of another, its perimeter will also be ten times longer; but its area will be 100 times larger.

The area of a square that has a perimeter of 40 meters is: 100 m2

The area of a square which has a perimeter of 40 meters is: 100 m2

Anywhere from approx 17398.6 ft upwards. The minimum length of fence to enclose 100 acres is when the area is a circle. In which case the length of fence required = circumference of the circle: 1 acre = 43560 sq ft area = π × radius² → radius = √(area ÷ π) length = 2 × π × radius = 2 × π × √(area ÷ π) = 2 × √(area × π) = 2 × √(100 × 43560 sq ft × π) ≈ 7398.5 ft Any other shape with an area of 100 acres will have a longer perimeter; if the shape is a fractal (like the coastline of a country) then the perimeter is infinite.

Answer 100 ---- If the perimeter of a square is 40 meters, then each side has lenght 10 meters. This is because the formula for perimeter is 4L where L is the lenght. Now, the area is L2 which is 102 =100

Perimeter is 40 feet.

The perimeter is 40 inches.