6 x 8
lalalalalalala
i think that the biggest one would be 1x100 (area) and 202 (perimeter) but i am not sure
Well, honey, to maximize the area with a fixed perimeter, you want to go for a circle. So, with a perimeter of 50, you can make a circle with a radius of 7.957 and an area of approximately 199.87 square units. Just remember, circles are the real MVPs when it comes to maximizing area with a given perimeter.
In which jobs we use perimeter and area?
Area : 44cm² Perimeter : 30cm
lalalalalalala
The circle has an area of 16pi m2 or approximately 48m2.
The smallest perimeter for a given area, such as 48 m², is achieved by a square. For a square, the area is calculated as ( A = s^2 ), where ( s ) is the length of a side. To find the side length, you take the square root of the area: ( s = \sqrt{48} \approx 6.93 ) m. The perimeter ( P ) is then calculated as ( P = 4s ), which gives approximately ( P \approx 27.72 ) m.
48 square metres (48m2)
i think that the biggest one would be 1x100 (area) and 202 (perimeter) but i am not sure
90.25 square degers
Well, honey, to maximize the area with a fixed perimeter, you want to go for a circle. So, with a perimeter of 50, you can make a circle with a radius of 7.957 and an area of approximately 199.87 square units. Just remember, circles are the real MVPs when it comes to maximizing area with a given perimeter.
It is area, not perimeter!
48m2
Perimeter = 4*Side so that Side = Perimeter/4 Area of a rhombus = Side * Altitude so Altitude = Area/Side = Area/(Perimeter/4) = 4*Area/Perimeter
area 63 and perimeter is 32
Area : 44cm² Perimeter : 30cm