From: dorayme on
In article <oJO1n.7263$Ef7.490(a)newsfe07.iad>, DanB <abc(a)some.net>
wrote:

> dorayme wrote:
> > In article<cWI1n.2906$%P5.1213(a)newsfe21.iad>, DanB<abc(a)some.net>
> > wrote:
> >
> >> Marshall wrote:
> >>>
> >>> if math is just a game, then
> >>> what basis is there for claiming anything
> >>> like "correctness" for any particular mathematical
> >>> statement?
> >>
> >> Axioms that are 'accepted' as truth.
> >
> > Why the qualifying quotes?
>
> You wouldn't understand.
> >


Ah another coward who will not front up to a simple non-abusive
question. But instead is rude in reply. I like the way you keep adding
to the stats.

> > The point is that in a game, truth does not figure prominently. In maths
> > and physics, truth is a bigish player.
>
> See what I mean?

No, I do not see what you mean at all and you do not see what I mean. if
you had asked a polite question in reply I would have added to your
knowledge. As it is, off to the basktweavers for you. It is over there
-----> Leave me alone in future. Please.

--
dorayme
From: DanB on
dorayme wrote:
>
> Ah another coward who will not front up to a simple non-abusive
> question....

Considering your track record on this topic, that is as laughable as it
gets.

> But instead is rude in reply.

Err, pot, kettle?

>>> The point is that in a game, truth does not figure prominently. In maths
>>> and physics, truth is a bigish player.
>>
>> See what I mean?
>
> No, I do not see what you mean at all and you do not see what I mean...

I see what you 'believe'. Good enough for me....
From: Marshall on
On Jan 8, 8:19 am, DanB <a...(a)some.net> wrote:
> Marshall wrote:
>
> > Or again I ask: if math is just a game, then
> > what basis is there for claiming anything
> > like "correctness" for any particular mathematical
> > statement?
>
> Axioms that are 'accepted' as truth.

That's supposed to be the basis? Just that noun
phrase by itself?

And anyway, axioms themselves also come from
somewhere. They are not just arbitrary creations
of man.

Suppose I want to investigate two-element algebras.
How many unary functions are possible? I claim that
there is only a single correct answer to that question:
four. This can be established by simple case analysis.

If axioms are what it's all about, please demonstrate
so. Show me how choosing some axioms that are
'accepted' as truth can make the right answer come
out three. Ideally you will also show how accepting
those axioms also makes case analysis come up with
the answer three.


Marshall

From: Marshall on
On Jan 8, 4:18 pm, DanB <a...(a)some.net> wrote:
> dorayme wrote:
>
> > Ah another coward who will not front up to a simple non-abusive
> > question....
>
> Considering your track record on this topic, that is as laughable as it
> gets.
>
> > But instead is rude in reply.
>
> Err, pot, kettle?

So you admit that you were "black" aka rude but
justify it by saying that the other guy was
also rude?


> I see what you 'believe'. Good enough for me....

However you slice it, your last couple of replies have
been insulting, condescending, and free of any
argumentation. Maybe you were justifiably driven
to it by things that happened on some other thread
I'm not aware of, but regardless, the claim that you
did "not front up to a simple non-abusive question"
is plainly accurate.


Marshall
From: Michael Gordge on
On Jan 9, 7:25 am, dorayme <doraymeRidT...(a)optusnet.com.au> wrote:

> The point is that in a game, truth does not figure prominently. In maths
> and physics, truth is a bigish player.

But of course being Kantian you can never really really know the
meaning of what is and what is not the truth.

MG