A grain silo, shown below, is in the shape of cylinder with a half sphere on top . The radius of the base of the cylinder is 10 feet , and the height of the cylindrical part is 60 feet, as marked

The volume of a sphere with radius r is given by `v=4/3pir^3`, and the volume of a cylinder with height h and base area A is given by V=Ah. What is the volume of the silo to the nearest cubic foot ?

The radius of the base of a cylinder is 14 cm and height is 6 cm. The volume of the cylinder is :

A grain silo, shown below, is in the shape of cylinder with a half sphere on top . The radius of the base of the cylinder is 10 feet , and the height of the cylindrical part is 60 feet, as marked The farmer who owns the silo plans to apply a coat of paint to the cylindrical exterior . This does not include the spherical top . A formula for the lateral surface area S of a cylinder with radius r and height h is S=2pirh . if one can of paint covers 300 square feet of surface, what is the least number of cans that the farmer must buy to complete the job ?

A grain silo, shown below, is in the shape of cylinder with a half sphere on top . The radius of the base of the cylinder is 10 feet , and the height of the cylindrical part is 60 feet, as marked The silo, when full , can hold 2,100 bushels of wheat . On each of five consecutive days, the farmer sells 150 bushels from an initially full silo. After these sales, approximately what percent of the silo's capacity is still filled with wheat ?

Find the volume of the cylinder if height (h) and radius (r) are as given below r = 10.5 cm, h = 8 cm

Let the area of the base of a cylinder be B and the height of the cylinder be h. Write a formula for the cylinder’s volume V.

If the radius of the base of a cylinder be r units and the height of the cylinder be h units, then the total surface area of the cylinder is

Volume of a cylinder with radius h and height r is __________.

The curved surface area of a cylinder of height h and base radius r :

A cylinder is inscribed in a sphere of radius R . The volume V of the cylinder is written as v=f(x), wherex is the height of the cylinder