You can have a regular polygon with n sides where the length of each side is 13/n units. For example, a triangle with sides of 4.33... units, or a square with sides of 3.25 units etc.
Or you can have irregular polygons - a triangle with sides of 4,4 and 5 units, etc.
A paralallogram with a perimeter = 13 units can be made to "lean" over until its area becomes 5 square units.Also:A rectangle with a long side of 5.608495283 and a short side of 0.8915047169 will have a perimeter of 13 units and an area of 5 square units.Also:An isosceles triangle with say 2 legs of 5.5943 and the 3rd leg of 1.8114 will have a perimeter of 13 units and an area of 5 square units.So the answer is that there are many shapes that will satisfy the perimeter and area given.
Perimeter = 6*13 = 78 units
56 apex
13*9 = 117 square units
There are: 13*9 = 117 square units
A paralallogram with a perimeter = 13 units can be made to "lean" over until its area becomes 5 square units.Also:A rectangle with a long side of 5.608495283 and a short side of 0.8915047169 will have a perimeter of 13 units and an area of 5 square units.Also:An isosceles triangle with say 2 legs of 5.5943 and the 3rd leg of 1.8114 will have a perimeter of 13 units and an area of 5 square units.So the answer is that there are many shapes that will satisfy the perimeter and area given.
Perimeter = 4*13 = 52 units of measurment
Perimeter = 6*13 = 78 units
It is: 39 units of measurement
Yes.
To find the perimeter of a rectangle, you use the formula (P = 2 \times (length + width)). For a rectangle with dimensions 9 and 13, the perimeter is (P = 2 \times (9 + 13) = 2 \times 22 = 44). Thus, the perimeter is 44 units.
43
To find the perimeter of a rectangle, you can use the formula ( P = 2(l + w) ), where ( l ) is the length and ( w ) is the width. Given the dimensions are 9 and 13, the perimeter is ( P = 2(9 + 13) = 2 \times 22 = 44 ). Therefore, the perimeter of the rectangle is 44 units.
56 apex
It is an isosceles triangle with a perimeter of 26+(4 times square root of 13) linear units and an area of 78 square units
The shape which minimises the perimeter for a fixed area is a circle. A circle of radius 7.334 ft (approx) will have the required area and a perimeter (circumference) of just 46.084 ft. The quadrilateral with the smallest perimeter will be a square with sides of 13 feet: a perimeter of 4*13 = 52 feet. Any regular polygon with more than 4 sides will have a smaller perimeter, for the same area, than a square.
A square has equal length sides, so each side is 13 in. The perimeter is the distance of the 4 sides added together. The perimeter is: 13 + 13 + 13 + 13; which is 52 in.