To represent a 3-D cube as a 2-D drawing:
Draw two overlapping squares of identical size, where each of the four vertices (corners) is separated from its corresponding corner by a distance equal to the length of a side of the square. Draw lines between these corresponding corners and you have the appearance of a cube with all open sides.
By erasing various interior lines that would be blocked by a solid face, you can simulate three faces of the cube as seen from any of four directions: above left, above right, below left, or below right.
Looking inside a Cube
You can also create a simulation of a cube by drawing a slightly smaller square inside a square, and connecting the same corners. This creates the effect of looking down into an open cubical shape.
I would assume the answer is 12, as a square has 2 diagonal lines, and a cube is really just six squares.
The cube root is the side of a cube.
Well, the nets of the cube are basically when you get a 3D cube and flatten it. That gives you the 2D shape of a cube, which is know as the net. There are 11 nets for a cube. Here they are.
a cube
74 square inches
A
I'm unable to draw images. However, you can search online for "continuous line cube drawing" to find examples of how it can be done.
just draw a 3-D box
u draw a cube and count the vertices... a cube has 8 vertices
you can draw a circle or cube and draw some ribbons to it then draw some lines that make the hay
It means to draw a cube which is 3 dimensional into a 2 dimensional representation of it and it would look like the letter T
Make it 5x5x5
it means to draw a net cube with the sides of 15milimeters
First you start by drawing a square.
It will be the same shape as a square
if you want to see the inside then you draw a cube and add a triangular prism on the top and if you don't then erase the inside
This is essentially a cube. It is a box with six squares.