The largest diameter you can inscribe in a circle is a square. The square's diagonal is equal to the diameter of the circle; the length of the side of the square is therefore equal to the circle's diameter, divided by the square root of 2.
A circle.
You mean the largest possible area with a perimeter of 18, right? Well, the largest area is with a circle, which has area 81/pi which is approximately 25.7831 If you need a rectangular area, the largest is a square of width=length (definition of square) = 4.5 This has area 4.52 which is 20.25, substantially less than the circles area...
For a given perimeter, the circle has the largest area possible.
You get the largest area with a circle. Divide the perimeter by (2 x pi), then calculate the area with the formula pi x radius2.You get the largest area with a circle. Divide the perimeter by (2 x pi), then calculate the area with the formula pi x radius2.You get the largest area with a circle. Divide the perimeter by (2 x pi), then calculate the area with the formula pi x radius2.You get the largest area with a circle. Divide the perimeter by (2 x pi), then calculate the area with the formula pi x radius2.
The largest perimeter for a given area occurs with a shape that approaches a circle. However, since we are typically constrained to polygons, for a rectangular shape, the dimensions that maximize the perimeter while maintaining an area of 24 would be a rectangle with extreme aspect ratios, such as (1 \times 24) or (2 \times 12). The perimeter for these configurations would be (2(1 + 24) = 50) and (2(2 + 12) = 28) respectively. Therefore, the largest perimeter obtainable with an area of 24 is 50.
The circle. Next comes the square.
It depends on a rectangular what.
Yes, for a fixed perimeter, a circle contains the largest area.
width*height*length=perimeter of a rectangular prism! :)
The perimeter of a circle is its circumference
The perimeter of a circle would be the circumference.
No because the perimeter of a circle is its circumference