A square....... It has 4 sides so 3 times 4 is 12 - Perimeter..... If each side is 3, 3 times 3 is 9 which is the area.
The area of a square with a perimeter of 12 feet is: 9 square feet.
Depends on the shape. A square's perimeter would be 4 root 9 ie 12 cm, but you could have a 9 x 1 rectangle which would have a perimeter of 20 cm etc etc
It's undefined, because we dont know the shape of the figure. If it's a square, the perimeter is 12.. if its a rectangle the perimeter MIGHT be 20... We cant determine if we dont know the figure.
The area is 9 cm212 / 4 = 33 * 3 = 9
square must be 3 x 3 so perimeter is 12 cm.
The area of a square with a perimeter of 12 feet is: 9 square feet.
The perimeter will be 12 cm
Depends on the shape. A square's perimeter would be 4 root 9 ie 12 cm, but you could have a 9 x 1 rectangle which would have a perimeter of 20 cm etc etc
1 x 9 rectangle
It's undefined, because we dont know the shape of the figure. If it's a square, the perimeter is 12.. if its a rectangle the perimeter MIGHT be 20... We cant determine if we dont know the figure.
The area is 9 cm212 / 4 = 33 * 3 = 9
12 cm
The perimeter of a shape is the total distance around its outer boundary. For a rectangle with sides of 9 meters and 4 meters, the perimeter would be calculated as P = 2(9) + 2(4) = 18 + 8 = 26 meters. The area of a shape is the total space enclosed within its boundaries. For the same rectangle, the area would be calculated as A = 9 * 4 = 36 square meters.
Perimeter is 12, so each side would be 3 feet. Area is L X W, so that would be 9 ft2.
square must be 3 x 3 so perimeter is 12 cm.
4 root 9 ie 12 cm
The area doesn't tell you the dimensions or the perimeter. It doesn't even tell you the shape. -- Your area of 36 cm2 could be a circle with a diameter of 6.77 . (Perimeter = 21.27.) -- It could be a square with sides of 6 . (Perimeter = 24.) -- It could be rectangles that measure 1 by 36 (Perimeter = 74) 2 by 18 (Perimeter = 40) 3 by 12 (Perimeter = 30) 4 by 9 (Perimeter = 26). There are an infinite number of more rectangles that it could be, all with the same area but different perimeters.