452 cm3 (this assumes you mean 12 cm vertical height, not slant height). If the slant height is 12 cm then the volume changes to 392 cm3.
The volume of this cone is 148.44025 cubic feet.
A cone with a volume of 408pi inches3 (using 3.14 for Pi) and a radius of 12 inches will have a height of about 8.5 inches.
Volume of a cone: 1/3*pi*radius^2 *height
79.59 units3
(1/3)(pi)(radius^2)(height)
A cone with a base radius of 12 cm and a height of 18 cm has a volume of 2,714.34 cm3
The lateral surface area of a right circular cone with a radius of 12cm and a slant height of 20cm is approximately 754cm2
The height of the cone of maximum volume that can be inscribed in a sphere of radius 12 cm is not 16 cm; it is actually 16 cm when considering the relationship between the cone's dimensions and the sphere's radius. The cone's volume is maximized when its height is two-thirds of the sphere's radius, which means the optimal height is ( \frac{2}{3} \times 12 \text{ cm} = 8 \text{ cm} ). Thus, the statement is incorrect; the correct height for maximum volume is 8 cm, not 16 cm.
A cone with a radius of 3 and a volume of 37.7 has a height of about 4 units.
A cone with a radius of 3 and height of 3 has a volume of 28.27 units3
A cone with a radius of 8 and a height of 8 has a volume of 536.17 units3
A cone with height 18 and radius 6 has a volume of 678.6 units3
A cone with a base of 9 cm and a height of 12 cm has a volume of 254.469 cm3
A cone with height 8cm and radius 15cm has a volume of 1884.96cm3
A cone, when radius is 4 and height is 21, has a volume of 351.86 units3
A cone that has a radius of 20m and a height of 25m has a volume of 10471.98m3
Use the equation for the volume of a cone, replace the known height and volume, and solve the resulting equation for the radius.