The Absolute Value, [], of (1/0)= [1/0] is INFINITY

But the Absolute Value of 1, Divided by the Absolute of 0, is both Positive and Negative. 

As 1 is Positive and 0 is Positive and Negative.

Wow! You've solved division by zero. Now we can work on singularities.

Hmmm...

The Absolute Value of 0 divided by the Absolute Value 0 = |0|/|0|= Any complex number, positive or negative.

But |0/0| is just any positive Real and 0.

Cool!

This is still worth noting.

Is this really so, or is [1/0] Greater than infinity , as 1/0, is.

Because 1/infinity is greater than 0. 1/0 should be greater than infinity.

Yea,

Because 0 is neither positive or negative, then therefore 1/0 is neither positive or negative. And is not equal to 0, or more precisely is NAN -Not A Number.

Cool!

What do you think of this?

https://www.chess.com/forum/view/off-topic/whats-the-difference-between-0-0-and-0-0-80319213

bump

0 * 0 = 6

With the Absolute Value Bracket sign, division by 0, is legitimized. Except when, and only when 0 is divided by 0 itself.

Ok, Mister, pile of stinky looking, something appearing...Garlic.

onion