If it's a square, the perimeter is 24.
A square can't have a perimeter of 36 and an area of 45. If a square's perimeter is 36,then its area is 81. If a square's area is 45, then its perimeter is about 26.83 . (rounded)A figure whose perimeter is 36 and whose area is 45 is not a square. It's a rectanglethat measures (3 by 15).
To find the sides of a rectangle with an area of 36 and a perimeter of 40, we can use the formulas: area (A) = length (l) × width (w) and perimeter (P) = 2(l + w). From the area equation, we have ( l \times w = 36 ), and from the perimeter equation, ( l + w = 20 ). Solving these equations, we find the dimensions to be ( l = 18 ) and ( w = 2 ), or vice versa. Thus, the sides of the rectangle are 18 and 2.
To find the smallest perimeter of a rectangle with an area of 36 cm², we use the relationship between area and perimeter. The area ( A = l \times w ) (length times width) should equal 36 cm². For a given area, a square shape minimizes the perimeter, so if both length and width are equal, each side would be ( \sqrt{36} = 6 ) cm. Thus, the smallest perimeter is ( P = 2(l + w) = 2(6 + 6) = 24 ) cm.
24cm is the perimeter.
36 cm A+
how do you find the area of a rectangle witha perimeter of 36 in You don't. You need more information For example a 1 x 17 rectangle has a perimeter of 36 and its area is 17. But a 2 x 16 rectangle also has a perimeter of 36 and its area is 32.
A square can't have a perimeter of 36 and an area of 45. If a square's perimeter is 36,then its area is 81. If a square's area is 45, then its perimeter is about 26.83 . (rounded)A figure whose perimeter is 36 and whose area is 45 is not a square. It's a rectanglethat measures (3 by 15).
The perimeter doesn't tell you the area. There are an infinite number of differentareas that it could have.-- If it's a circle with a perimeter of 36, then the area is 103.1324. (rounded)-- If it's a square with a perimeter of 36, then the area is 81 .-- If it's a rectangle with a perimeter of 36, then the area can be any numberthat's more than zero and less than 81 .
The area of square with a perimeter of 36 is 81. If the perimeter is 36, then each side must be 36 divided by 4, or 9. The area of a square is side squared, so that is 9 squared or 81.
To find the sides of a rectangle with an area of 36 and a perimeter of 40, we can use the formulas: area (A) = length (l) × width (w) and perimeter (P) = 2(l + w). From the area equation, we have ( l \times w = 36 ), and from the perimeter equation, ( l + w = 20 ). Solving these equations, we find the dimensions to be ( l = 18 ) and ( w = 2 ), or vice versa. Thus, the sides of the rectangle are 18 and 2.
To find the smallest perimeter of a rectangle with an area of 36 cm², we use the relationship between area and perimeter. The area ( A = l \times w ) (length times width) should equal 36 cm². For a given area, a square shape minimizes the perimeter, so if both length and width are equal, each side would be ( \sqrt{36} = 6 ) cm. Thus, the smallest perimeter is ( P = 2(l + w) = 2(6 + 6) = 24 ) cm.
A square with a perimeter of 24 cm has an area of: 36 cm2
The area of a square whose perimeter is 36 inches is: 81 square inches.
the perimeter is 36 and the area is 144
24cm is the perimeter.
A = s Perimeter of a square is equal to 4 times a side measurement. Area of a square is side times side or side squared. P =4s A = s2 36 = s2 (36).5 = (s2).5 6 = s P = 4s P = 4 (6) P = 24 A square with an area of 36 square centimeters has a perimeter of 24 centimeters.
24