The ratio between the volume of a sphere and volume of a circumscribing right circular cylinder is 2:1         (b)  1:1      (c)  2:3           (d)  1:2

The ratio of the volumes of a hemisphere and a cylinder circumscribing this hemisphere and having a common base is (a) 1:2 (b) 2:3 (c) 3:4

The ratio of the surface area of a sphere and the curved surface area of the cylinder circumscribing the sphere is (a) 1:1quad (b) 1:2quad ( c) 2:1quad ( d ) 2:3

The ratio of the volume of a right circular cylinder and a right circular cone of the same base and height, is (a) 1:3 (b) 3:1 (c) 4:3 (d) 3:4

The ratio of the volume of a right circular cylinder and a right circular cone of the same base and height, is (a) 1:3 (b) 3:1 (c) 4:3 (d) 3:4

Find the ratio of the volume of a right circular cone to that of the volume of right circular cylinder, of equal diameter and height.

The ratio between the curved surface area and the total surface area of a right circular cylinder is 1 : 2 . If the total surface area is 616 cm^(2) then the volume of the cylinder is

The ration between the curved surface area and the total surface area of a right circular cylinder is 1:2. Find the volume of the cylinder, if its total surface area is 616\ c m^2dot

The ration between the curved surface area and the total surface area of a right circular cylinder is 1:2. Find the volume of the cylinder, if its total surface area is 616\ c m^2dot

What will be the ratio of the diameter of the sphere and the height of a cylinder when the volumes of the sphere and the right circular cylinder are equal , given that the radii of the sphere and the cylinder are equal ?

The radius of a sphere is equal to the radius of the base of a right circular cone,and the volume of the sphere is double the volume of the cone.The ratio of the height of the cone to the radius of its base is (a) 2:1quad (b) 1:2 (c) 2:3quad (d) 3:2