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Topic: Matheology � 263
Replies: 57   Last Post: May 17, 2013 8:52 PM

 Messages: [ Previous | Next ]
 Virgil Posts: 8,833 Registered: 1/6/11
Re: Matheology � 263
Posted: May 15, 2013 8:32 PM

In article
Graham Cooper <grahamcooper7@gmail.com> wrote:

> On May 15, 6:14 pm, Virgil <vir...@ligriv.com> wrote:
> > In article
> >  Graham Cooper <grahamcoop...@gmail.com> wrote:
> >

> > > On May 15, 12:21 pm, Virgil <vir...@ligriv.com> wrote:
> > > > In article
> >
> > > > > GIVEN A LIST OF SUBSETS OF N
> >
> > > > > you admit you cannot calculate ANY members of a supposed missing set.
> >
> > Not without the complete list.
> >
> >
> >
> >
> >
> >
> >
> >
> >
> >
> >

> > > > > f(1) = { 1 , 3 , 6 }
> > > > > f(2) = { 1 , 5 , 11 }
> > > > > f(3) = { 2 , 4 , 6, 8 , 10 , ... }
> > > > > f(4) = { 4 , 5, 6, 7, 8 }

> >
> > > > > IS 2 e MISSINGSET ?
> >
> > > > > Last time asking.
> >
> > > > Yes! As previously answered 2 is a member of at least one such missing
> > > > set. And so is 3, of at least for one such missing set.
> > > > But there are more sets missing than not missing and 2 need not be
> > > > missing from every one of those "missing sets".

> >
> > > So Missing Set = { ......... } ????
> >
> > No missing set can be identified without first having the list of all
> > the sets which are not missing.
> >

>
>
> You can't calculate any members at all of any missing set ?

There is no natural which is necessarily a member of every missing set
so until you tell me a lot more about which naturals are or not in your
missing set, I cannot tell you anything about which naturals are or not
>
>

> >
> > And then uncountably many of the sets will be seen to be be missing.
> >

>
> Can you define THAT set?

What set?
>
>
> Herc

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Date Subject Author
5/10/13 Virgil
5/13/13 Virgil
5/13/13 Graham Cooper
5/13/13 Virgil
5/13/13 Graham Cooper
5/13/13 Virgil
5/14/13 Graham Cooper
5/14/13 Virgil
5/14/13 Graham Cooper
5/14/13 Virgil
5/14/13 Graham Cooper
5/14/13 Virgil
5/14/13 Graham Cooper
5/14/13 Virgil
5/14/13 Graham Cooper
5/14/13 Virgil
5/15/13 Graham Cooper
5/15/13 Virgil
5/15/13 Graham Cooper
5/15/13 Virgil
5/15/13 Graham Cooper
5/15/13 Virgil
5/15/13 Graham Cooper
5/16/13 Virgil
5/16/13 Graham Cooper
5/16/13 Virgil
5/16/13 Graham Cooper
5/16/13 Virgil
5/16/13 Graham Cooper
5/16/13 Virgil
5/16/13 Graham Cooper
5/16/13 Virgil
5/16/13 Graham Cooper
5/16/13 Virgil
5/16/13 Graham Cooper
5/16/13 Virgil
5/16/13 Graham Cooper
5/16/13 Scott Berg
5/16/13 Virgil
5/16/13 Graham Cooper
5/16/13 Virgil
5/16/13 Graham Cooper
5/16/13 Virgil
5/16/13 Virgil
5/16/13 Graham Cooper
5/17/13 Virgil
5/17/13 Graham Cooper
5/17/13 Virgil
5/17/13 Graham Cooper
5/17/13 Virgil
5/17/13 Graham Cooper
5/17/13 Virgil
5/17/13 Graham Cooper
5/14/13 Graham Cooper
5/14/13 Virgil