1/0 May not be a Number...

However, the Absolute Value of (1/0) which equals +Infinity, is.

As is |1/0|+i, is. Where i= sqrt -1.

Thank you, pal, for it.

It seems as if we won’t agree on this, Intellectual.

Let x be an element of all real and complex numbers.
It is true that 0x=0

Divide zero on both sides, and you get x=0/0

Restricting it to the positive domain simply means that the x will be positive, but any positive real or complex number.

Well, Lincoy

Real Numbers are Complex Numbers too. For the fact that if a is real then a +0i shall be Real and Complex. Work on that.

And I don't know what your post disputes for the Fact, that (1/0) is the "Infinite,"

And it's absolute value is +Infinity!

This is so simple.

Why have I never found anything like this, on the internet?

how is the absolute value of 1/0 infinite?
If the number is not defined, it does not exist, e.g. operations cannot be performed on it.

It can be defined as the limit +infinity as 1/x approaches 0 from the right coordinate and -infinity from the left side.

It cannot be defined as only one quotient only as an absolute value=the top or greatest infinity.

Yes, but it never reaches the y axis.

1/0 is the limit 1/x approaches as x approaches infinity.

As far as reals go, it can be approached from [x] and -[x]

Nope, stop posting here, Silly.

(1/0)*0 is 0/0 indeterminate.

The Absolute Value of (1/0) is infinity. Not indeterminate.

The Absolute Value of (0/0) is halfway indeterminate and 1.

For it is any positive and 0.