A shape that equals a 12 square unit area can vary, but one common example is a rectangle with dimensions of 3 units by 4 units (3 x 4 = 12). Another example could be a square with side lengths of approximately 3.46 units, since the area of a square is calculated as side length squared (√12 ≈ 3.46). Other shapes, like triangles or circles, could also achieve an area of 12 with appropriate dimensions.
The area of a square is calculated by squaring the length of one of its sides. For a 12-inch square, the area is 12 inches × 12 inches, which equals 144 square inches. Thus, the area of the 12-inch square is 144 square inches.
The perimeter and area of a shape do not provide sufficient information. With a given perimeter, the largest area that you can enclose is a circle, but you can then flatten the circle to reduce its area. Similarly, in terms a of quadrilaterals, a square has the largest area, but it can be flexed into a rhombus whose area can be made as small as you like. All that can be said is that there is no shape with a perimeter of 12 units whose area is 12 square units.
Yes. The length of a room times width of a room equals the area of the room. For instance, a room measuring 24 feet by 12 feet equals 288 square feet. (24 times 12 equals 288, which is the square feet)
To find the area, we need to know the shape of the object with a dimension of 12 inches. If it's a square, the area would be (12 \text{ in} \times 12 \text{ in} = 144 \text{ square inches}). If it's a circle with a diameter of 12 inches, the area would be calculated using the formula (A = \pi r^2), where the radius (r) is 6 inches, resulting in an area of approximately 113.1 square inches. Please specify the shape for a precise answer.
To find the area of the office, multiply the length by the width. The area is 12 units × 9 units, which equals 108 square units. Therefore, the office has an area of 108 square units.
The area of a square is calculated by squaring the length of one of its sides. For a 12-inch square, the area is 12 inches × 12 inches, which equals 144 square inches. Thus, the area of the 12-inch square is 144 square inches.
A square with an area of 16 square centimeters has side lengths of 4 centimeters, as the area is calculated by squaring the length of one side (4 cm × 4 cm = 16 cm²). This shape's area is indeed not 12 square centimeters. Additionally, other shapes such as a rectangle with dimensions of 4 cm by 4 cm also meet this criterion, as long as their area equals 16 cm² and not 12 cm².
Area = 1/2*base*height = 12 square units.
The area of a circle with diameter equals 12 inches to the nearest whole number is: 113 square inches.
Area = pi*122 measured in square units
The perimeter and area of a shape do not provide sufficient information. With a given perimeter, the largest area that you can enclose is a circle, but you can then flatten the circle to reduce its area. Similarly, in terms a of quadrilaterals, a square has the largest area, but it can be flexed into a rhombus whose area can be made as small as you like. All that can be said is that there is no shape with a perimeter of 12 units whose area is 12 square units.
54 square units. BY:ANTONIO WOODSON
Yes. The length of a room times width of a room equals the area of the room. For instance, a room measuring 24 feet by 12 feet equals 288 square feet. (24 times 12 equals 288, which is the square feet)
113 square inches.
To find the area of the office, multiply the length by the width. The area is 12 units × 9 units, which equals 108 square units. Therefore, the office has an area of 108 square units.
Area is measured in square centimetres so there cannot be any shape with an area of 12 cm.Area = length 3.464102 x width 3.464102 = 12.000001cm2Perimeter = 3.464102 x 4 = 13.856408 (approximately 14cm)The shape is a square.
To convert linear centimeters to square centimeters, you need to square the linear measurement. In this case, 12 centimeters squared would equal 144 square centimeters. This is because area is a two-dimensional measurement, so you need to consider both the length and width of the shape.