No, because a shape has no limit to it's length or width. For example, a square can be tinier than plankton while another square is bigger than our solar system.
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For a fixed area, the perimeter is minimum for a circle, but has no maximum. Fractal figures (such as Koch snowflake) may have a finite area within an infinite perimeter.
100 cm2
The maximum area with straight sides and a given perimeter is a square.The sides of the square are (68/4) = 17 inches.The area is (17 x 17) = 289 square inches
Depending on the figure given you can find the area from the perimeter For example- If you have a square with a perimeter of 24, you divide 24 by 4 because all the sides of a square are congruent. In turn you will 6 as each side of the square The formula for the area of a square is side2 so you get 62 which is 36. The area is 36
There is no limit to the maximum perimeter length of an area. To increase one dimension decrease the other. This can be done without limit. There is on the other hand a minimum