The volume of a cone whose base has a radius of 8cm and whose height is 10 cm is: 670cm3
A cone with a base radius of 3 cm and a height of 8 cm has a volume of 75.4 cubic cm.
The volume of a regular pyramid with a square base of 8cm and a slant height of 5 cm is: 64 cm3
The volume is 1608.5cm3
A cylinder whose radius is 2cm and height is 8cm has a total surface area of approximately 125.66cm2 {ADDED} To explain that further, the formula is pi*r^2 X h where r is the radius and h the height.
Label t radius 6cm the height 8cm and the slant height 10cm
A cone with height 8cm and radius 15cm has a volume of 1884.96cm3
The volume of a cone whose base has a radius of 8cm and whose height is 10 cm is: 670cm3
A cone with a base radius of 3 cm and a height of 8 cm has a volume of 75.4 cubic cm.
This cone has a lateral surface area of approximately 226.73cm2
The volume of a regular pyramid with a square base of 8cm and a slant height of 5 cm is: 64 cm3
The volume is 1608.5cm3
A cylinder whose radius is 2cm and height is 8cm has a total surface area of approximately 125.66cm2 {ADDED} To explain that further, the formula is pi*r^2 X h where r is the radius and h the height.
V = 226.195 cm3
V = 2,011 cm3
The height of this cylinder is 2.4868 cm
Start by finding the volume of the sphere. You know it's radius is 6cm. The volume of the sphere with respect to the radius is: v = 4/3πr3 So you can plug that radius in to get the volume: v = 4/3π(6cm)3 v = 4/3π216cm3 v = 288πcm3 We know that the volumes of the sphere and the cone are equal, and that the base radius of the cone is six centimeters. Using those, we can work out the cone's height. The volume of a cone is calculated as: v = πr2h we already have the volume and radius, so we simply have to rearrange that equation and solve for h v = πr2h h = v / πr2 and simply plug in our values: h = (288π cm3) / π(6cm)2 h = 288cm3 / 36cm2 h = 8cm So the height of the cone is eight centimeters