A sphere is inscribed in a cylinder such that spere touches the cylinder . Show that the curved surface of spere is equal to the curved surface of cylinder.

A sphere is inscribed in a right circular cylinder . Prove that the total surface area of the sphere is equal to the curved surface area of the cylinder .

Prove that the surface area of a sphere is equal to the curved surface area of the circumscribed cylinder.

Prove that the surface area of a sphere is equal to the curved surface area of the circumscribed cylinder.

The formula to find the curved surface area of a cylinder is :

A sphere is inscribed in a cylinder. Is the surface of the sphere equal to the curved surface fo the cylinder ? If yes, explain how.

A sphere of radius 'r' inscribed in a cylinder. The surface area of the sphere ……. of the cylinder.

A right circular cylinder circumscribes a sphere of radius r.Find the ratio of the surface area of the sphere to the curved surface area of the cylinder.

A cube is inscribed in a sphere. A right circular cylinder is within the cube touching all the vertical faces. A right circular cone is insido tho cylinder. Their heights are same and the diameter of the cone is equal to that of the cylinder. Consider the following statements : 1. The surface area of the sphere is sqrt5 times the curved surface area of the cone. 2. The surface area of the cube is equal to the curved surface area of the cylinder. Which of the above statements is/are correct ?

A sphere just fits in a cylindrical vessel and the height of the cylindrical vessel is the same as the height of the spere . Show that the curved surface area of the cylinder is the same as the curved surface area of the sphere .

A sphere just fits in a cylindrical vessel and the height of the cylindrical vessel is the same as the height of the spere . Show that the curved surface area of the cylinder is the same as the curved surface area of the sphere .