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On 11/13/2024 11:31 AM, WM wrote:
Not necessary to apply logic, geometry and analysis.>... _and are finite_ ...
If infinite sets obey the rules sketched above,
The value of the relative measure is 1/5. For every finite interval this is true. The limit can be calculated in analysis of real numbers without extension.then set theorists must discard geometry----
because
by shifting intervals
the relative covering 1/5 of ℝ+ becomes oo*ℝ,
and analysis
because
the constant sequence 1/5, 1/5, 1/5, ...
has limit oo,
and logic
because of
Bob.by shifting intervalsBy definition,
the relative covering 1/5 of ℝ+ becomes oo*ℝ,
the value of a measure is an extended real≥0
An extended real≥0 is eitherThat is what I call ω. But the limit can be calculated from the reals alone, in particular when the sequence is constant.
Archimedean == having a countable.to bound, or
non.Archimedean == not.having a countable.to bound.
The extended reals≥0 have only
the standard reals≥0, which are Archimedean, and
a single non.Archimedean point≥0 +∞
No,Take the relative measure that can be obtained from every finite interval of the real line.
the measure doesn't _become_ +∞
It has the same value +∞ before and after shifting.
----Nonsense deleted.the constant sequence 1/5, 1/5, 1/5, ...
has limit oo,
----That is nonsense too.Bob.KING BOB!
https://www.youtube.com/watch?v=TjAg-8qqR3g
If,
in a set A which
can match one of its proper subsets B,
>
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