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The Fun

I have to begin by asking you a question, being, how many numbers exist between zero and one? It seems like a trick perhaps but it is not, the key is decimals.

0, .1, 1
0, .27, .654, 1
0, .1, .2, .3, .4, .5, etc.

The answer is both literally and technically true that there is infinity between zero and one. With that said, it does not sway off track. In baseball, a runner cannot run too far outside the line and still be within the rules. There's a path between a hit and reaching home base for a score. It is segmented by three in-between points, and is at least somewhat lax with the exact curvature of the angle you can run them.
I say this, because the first dimensional square is a line. A second dimensional square is just a square, a three dimensional one is a cube, but the first is a line. There's a zeroth dimension, but I'll explain that slightly later. We'll cross that bridge as necessary, but the zeroth is a point.

The Zeroth dimension is a point, but the first becomes a Line. The first dimension is a Line. As in, the first dimension exists encapsulated within a space infinitely long in either direction, which can be broken down into points of zero width, and height. It's hard to imagine, but is the rule.

Here is a point, representating the Zeroth dimension. Basically a singularity.

Here is how the first dimensional line is made. Each dimension is made up of the previous dimension, in an infinite amount, in as many directions as the number. Imagine each dimension as a direction instead of some new world or just math on the paper. Each dot you see is an individual point that makes up the line when strung together. This is how the first dimension is constructed from the previous.