Cuboid is a three-dimensional structure having six rectangular faces. These six faces of cuboid exist as a pair of three parallel faces. When the area of the faces of a cuboid is same we call this cuboid as a cube. Area of all the faces of a cube is the same as they are all squares. Now, think of a scenario where we need to calculate the amount of sugar that can be accommodated in a cuboidal box. In other words, we mean to calculate the capacity of this box. The capacity of a cuboidal box is basically equal to the volume of cuboid involved. Thus, the volume of a three-dimensional shape, in general, is equal to the amount of space occupied by that shape. The general formula for the calculation of the volume of a cuboid is given below.

** Volume of cuboid:** Volume of a cuboid is given by the product of its dimensions.

Volume of cuboid of length â€˜lâ€™, breadth â€˜bâ€™, height â€˜hâ€™ =** lÃ—bÃ—h**

** Volume of cube:** Cuboid in which length of each edge is equal is known as a cube. Thus,

Volume of a cube of side â€˜aâ€™ = **a ^{3}**

**Problems related to the Volume of cuboid, cube, and cylinder:**

__Questions__: Calculate the length of edge of a cube shaped container of volume 216m^{3}.

__Solution__: Volume of a cube= a^{3}

=> a^{3}= 216

=> a = 6 m

__Question__: Calculate the amount of air that can be accumulated in a room which has a length of 5 m, breadth of 6m and a height of 10m.

__Solution__: Amount of air that can be accumulated in a room = capacity of the room = volume of a cuboid

Volume of cuboid = lÃ—bÃ—h = 5 Ã—6 Ã—10 = 300 m^{3}

Thus, this room can accommodate the maximum of 300 m^{3} of air

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