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The answer is 2772...APEX
If the perimeter is 15, he apothem cannot be 18.1
1782.88 - 1783.08
The area of a regular polygon is equal to (1/2)pa, where p is the perimeter and a is the apothegm. The area of this polygon is (1/2)(15.44)(16), which is 123.52 square units.
penis salad
The answer is 2772...APEX
If the perimeter is 15, he apothem cannot be 18.1
33
1782.88 - 1783.08
yes True
4.12
The area of a regular polygon is equal to (1/2)pa, where p is the perimeter and a is the apothegm. The area of this polygon is (1/2)(15.44)(16), which is 123.52 square units.
penis salad
A regular heptagon has a distinct formula for determining its area based on the length of one side. Its area is equal to 7/4 * s^2, multiplied by the cotangent of (180 degrees/7).
232.57 square inches.
For any irregular shape, you must divide it into shapes that are regular and find the area of those then add up all of the parts to find the area of the whole.
The following two methods can find the area of a regular heptagon. These methods will not work on an irregular heptagon. Multiply the length of one side by 7/4 and then by the cotangent of a 25 5/7 degree angle. Multiply the perimeter by the distance from the center to the middle of a side, then divide by two. You must know the length of a side to calculate the area of a heptagon. Area = n (s/2)^2 / tan( pi /n) where n=7; s=side length A septagon is a seven sided figure. Given a regular septagon (with seven sides of equal length), the formula for the area is 7/4 (a^2) * cot (180 degrees/7), where a is the length of one side.