The circumference of the base of a 10m high conical tent is 44 metres. Calculate the length of canvas used in making the tent if width of canvas is 2m. `(U s epi=(22)/7)`

The circumference of the base of a 12 m high conical tent is 66 m. Find the volume of the air contained in it.

The circumference of the base of a conical tent is 44 m and its height is 24 m. Find the area of cloth used in this tent.

A military ten of height 8.25m is in the form of a right circular cylinder of base diameter 30m and height 5.5m surmounted by right circular cone of same base radius. Find the length of the canvas use in making the tent. If the breadth of the canvas is 1.5m.

A military ten of height 8.25m is in the form of a right circular cylinder of base diameter 30m and height 5.5m surmounted by right circular cone of same base radius. Find the length of the canvas use in making the tent. If the breadth of the canvas is 1.5m.

A toy is in the form of a hemisphere surmounted by a right circular cone of the same base radius as that of the hemisphere. If the radius of the base of the cone is 21cm and its volume is 2/3 of the volume of the hemisphere, calculate the height of the cone and the surface area of the toy. (U s epi=(22)/7)dot

The volume of a conical tent is 1232 m ^(3) and the area of the base floor is 154 m^(2). Calculate the : length of the canvas required to cover this conical tent if its width is 2 m.

The base radius and height of a conical tent are 8 m and 15 m respectively. Find the area of the cloth used in this tent.

The base area and height of a right circular conical tent are 154 m^(2) and 4 m respectively. Find the area of cloth used in the tent.

Find the area of canvas required for a conical tent of height 24m and base radius 7m.

A tent is in the shape of a cylinder surmounted by a conical top. If the height and diameter of the cylindrical part are 2.1 m and 4 m respectively, and the slant height of the top is 2.8 m, find the area of the canvas used for making the tent. Also find the rate of the canvas with 500 per m^2