63 sq. In.
The lateral surface area of a cylinder with a height of twelve inches and a radius of seven inches equals 527.79 square inches.
The lateral area is 188.5 square inches. The surface area is 301.59 square inches.
Total surface area = 314.16 square inches. Lateral surface area = 157.08 square inches.
The total surface area is 400.21 square inches. The lateral surface area is 287.11 square inches.
Lateral surface area = 75.39822369 or about 75 square inches Total surface area = 89.53539063 or about 90 square inches
The lateral surface area of a cylinder with a height of twelve inches and a radius of seven inches equals 527.79 square inches.
The lateral area is 188.5 square inches. The surface area is 301.59 square inches.
The total surface area is 400.21 square inches. The lateral surface area is 287.11 square inches.
The total surface area is 606.32 square inches. The lateral surface area is 405.25 square inches.
Total surface area = 314.16 square inches. Lateral surface area = 157.08 square inches.
Lateral surface area = 75.39822369 or about 75 square inches Total surface area = 89.53539063 or about 90 square inches
The lateral surface area is 18.85 square inches.
The edge length is 7.35 inches.
To find the area of a concrete cylinder, you typically calculate the lateral surface area and the area of the circular bases. For a cylinder with a height of 12 inches and a diameter of 6 inches, the radius is 3 inches. The lateral surface area is calculated using the formula (2\pi rh), and the area of the two circular bases is (2\pi r^2). Thus, the total surface area would be the sum of these two areas.
The lateral surface area is A = pi*(radius)*(slant height), where (slant height) = sqrt(r^2 + h^2). So A = pi*(5 in)*sqrt((5 in)2+(19 in)2) = 308.6125 square inches
The lateral area of a cube with edges of 17 inches is: 1,730 square inches.
6*142 = 1176 square inches