Square has four lines

>square has four lines
>cube has six sides

explain this shit

>OP has one dick
>Can fit six in his mouth

explain this shit

Given that his dick is infinitesimally long he would be able to fit infinitely many dicks in his mouth

Is this bait ?

>circle has 1 line
>sphere has 0 lines

explain this shit

But cube only has 2 sides.

An inside and an outside

Define a square to be the shape composed of points (a,b) where a,b in {0,1}.

Define a cube to be the shape composed of points (a,b,c) where a,b,c in {0,1}.

A "line" is a group of points in such a way that all members of that group have the same coordinate in common.

One group is: {(0,0), (0,1)} (first 0 is the same). There are 4 groups in total because: there are 2 ways to fix a coordinate for a group (either the first one or second one), and there are 2 selections for the actual fixed coordinate of that group (0 or 1), so by counting there are 2 * 2 = 4 groups = 4 lines.

The cube is precisely the same concept, it a "side" (or face) is simply a grouping of the coordinates such that they all share a coordinate in common. There are 6 of these groups because: there are 3 ways to fix a coordinate position (first, second or third), and there are 2 ways to fix the value of the coordinate (0 or 1), by counting 3 * 2 = 6 groups = 6 sides.

An n-dimensional hypercube has exactly 2n sides. A point has zero sides, a line has two endpoints, a square has four edges, a cube has six faces, and a hypercube has eight cells.

Consider a spherical cow, in a vacuum on a frictionless plane. Now imagine it's shadow cast into a new dimension, that exactly solves the paradox of the cube.

have you ever looked at a cube?

>cube has six sides

Plainly incorrect, a cube doesnt have "sides"

prolly

But on the off chance you are married to the term "side"
A side on a cube is no where in any way the same as a side on a square, per how you defined it (or lack there of)

How come a tesseract has 8 cubes?

>you are married to the term "side"
muh waifu is a sidefu??

There's an established term for that: sidechick

t. black ppl on insta

>square is in 2 dimensions
>2x2=4
>cube is in 3 dimensions
>2x3=6

Dubs and underrated

An N-dimensional hypercube has C(N,n)*2^(N-n) instances of each n-dimensional subspace.

Point:: 1 vertex
Line: 2 vertices, 1 edge
Square: 4 vertices, 4 edges, 1 face
Cube: 8 vertices, 12 edges, 6 faces, 1 cell
Tesseract: 16 vertices, 32 edges, 24 faces, 8 cells, 1 ... whatever

You cant get both

>a spherical cow
lmao'ed

...

Frost and back just come to exist as the other 4 squares touch

Is that you, professor?!

reminds me of this