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On 2025-06-26 13:09:32 +0000, WM said:
Then it is not finished or completed.>No, there is no last one in an infinete enumeration.
If we subtract in the order that is used for enumerating then a last one is necessary.
The word "infinite"That is true. But if infinite sets are complete, then they are infinite only because the end is not visible.
originally meant "having no end".
We can remove all odd numbers from theThen not all are removed. All completely, never ending and in order implies a contradiction.
natural numbers, leaving the even numbers, but there is no last number
removed.
Then it is never completed. Going on and on is not a proof of completeness.Infinite enumerable sets can. Then the enumeration is an infinte sequence.For example, irrational numbers have their>
arithmetic order but cannot be enumerated.
The reason is that infinite sets cannot be enumerated. Also there completion would necessitate a last one.
That is very important because these things are confused very often.< But they can be sutractedfrom the set of real numbers and the result is the set of rational
numbers.That can be done collectively only.Doesn't matter.
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