Find the capacity in litres of a conical vessel with (i) radius 7 cm, slant height 25 cm (ii) height 12 cm, slant height 13 cm

Find the volume of the right circular cone with(i) radius 6 cm, height 7 cm (ii) radius 3.5 cm, height 12 cm

Find the curved surface area of a cone with base radius 5.25cm and slant height 10cm.

Find the volume of a right circular cone with: (i) radius 6cm, height 7cm. (ii) radius 3.5 cm, height 12cm (iii) height 21cm and slant height 28cm.

Find the height of a cone of radius 5 cm and slant height 13 cm.

Find the height of a cone of radius 5 cm and slant height 13 cm.

Find the volume of a cone having radius of the base 35 cm and slant height 37 cm.

Find the volume of a cuboid whose (i) length = 10cm, breadth=8cm, height = 3cm. (ii) length = 1.5m, breadth=25cm, height=15cm

Find the volume of a cuboid whose (i) length =12 c m ,breadth= 8cm , height = 6cm (ii) length = 1. 2 cm , breadth= 30 cm , height = 15 c m (iii) length = 15 cm ,breadth=2. 5dm, height = 8cm

A conical vessel whose internal radius is 10 cm and height 48 cm is full of water. Find the volume of water. If this water is poured into a cylindrical vessel with internal radius 20 cm, find the height to which the water level rises in it.

A solid is in the form of a right circular cone mounted on a hemisphere. The diameter of the base of the cone, which exactly coincides with hemisphere, is 7 cm and its height is 8 cm. The solid is placed in a cylindrical vessel of internal radius 7 cm and height 10 cm. How much water, in cm^(3), will be required to fill the vessel completely ?