All the edges of a six-faced 3D figure are 6 cm.
Find its volume.

Open in App

Solution

In the figure:
Length = Breadth = Height = 6 cm
It forms a cube of side 6 cm.
Volume $= S i d e \times S i d e \times S i d e$
$= 6 c m \times 6 c m \times 6 c m$
$= 216 c m^{3}$

Suggest Corrections

Similar questions

Q. Six equal cubes, each of edge

6 c m

, are placed adjacent to one another. Find the volume of the new solid.

Q. A cube is a three-dimensional figure. It has six faces and all of them are identical squares. The length of an edge of the cube is given by

l

. Find the formula for the total length of the edges of a cube.

Q. Consider a cuboid all of whose edges are integers and whose base is square. Suppose the sum of all its edges is numerically equal to the sum of the areas of all its six faces. Then the sum of all its edges is

Question 3

A cube is a three-dimensional figure. It has six faces and all of them are identical squares. The length of an edge of the cube is given by $l$ . Find the formula for the total length of the edges of a cube.

Q. A cube is a three-dimensional figure as shown in fig. It has six faces and all of them are identical squares. The length of an edge of the cube is given by

l

. Find the formula from the total length of the edges of a cube.

Join BYJU'S Learning Program

All the edges of a six-faced 3D figure are 6 cm. Find its volume.

In the figure: Length = Breadth = Height = 6 cm It forms a cube of side 6 cm. Volume =Side×Side× Side =6 cm×6 cm×6 cm =216 cm3

All the edges of a six-faced 3D figure are 6 cm.
Find its volume.

In the figure:
Length = Breadth = Height = 6 cm
It forms a cube of side 6 cm.
Volume $= S i d e \times S i d e \times S i d e$
$= 6 c m \times 6 c m \times 6 c m$
$= 216 c m^{3}$