In other words, you don't get OM.
No - YOU don't get OM.
In other words, you don't get OM.
In exactly the same way as OM relates to the real world.
No - YOU don't get OM.
You may say that the limit of the non-local number 3.14159265...[base 10], is the local number pi, such that 3.14159265...[base 10] < pi....
A pathetic reply, sympathic.
No, I wouldn't, but this is irrelevant to the question at hand. You are evading the question.
We are left with the conclusion doronetics has no concept of limit and doronshadmi has no concept of limit. That's great, but it diminishes the value of doronetics even further, were that possible,
Too bad for you, but leave Mathematics alone. It has a perfectly reasonable concept for limit. It is consistent and generates no apparent contradictions. Clearly you don't understand it, but so what else is new?
Questions of applicability, of course, lead us to some other salient issues. One of
these concerns the applicability of the mathematics of the real line. If one rejects the
(Cantorian) actual infinite, Cantor claimed, then one must also reject irrationals:
The transfinite numbers are in a certain sense new irrationalities, and in my view the
best method of defining the finite irrational numbers is quite similar to, and I might
even say in principle the same as, my method of introducing transfinite numbers.
One can say unconditionally: the transfinite numbers stand or fall with the finite
irrational numbers: they are alike in their innermost nature, since both kinds are
definitely delimited forms or modifications of the actual infinite.
Here Cantor alludes to the fact that just as irrationals can be conceived as limits of
infinite sequences of rational numbers, so transfinite numbers can be conceived as limits of infinite sequences of natural numbers, in each case added in immediately after the sequence they limit. If one rejects transfinites, what right has one to allow the extension of the number system to include irrationals?
A reluctance to jettison the theory of the real line thus explains the widespread acceptance among modern mathematicians of the Cantorian theory of the infinite.
Limit of a number.... Thanks Doron for your convincing demonstration that you have no clue what a limit is or what it is used for.
Can you figure out? I don't think so.Spare me the bluntness. I guess you can figure out yourself what my reply would be.
"the limit of the non-local number ", please be accurate when you quate others.
Can you figure out? I don't think so.
It is consistent and generates no apparent contradictions.
Yes I know, under your limited Limit-oriented reasoning, so?there isn't such a thing as "local number" or "non-local number".
Yes I know, under your limited Limit-oriented reasoning, so?
Thank you for exposing your dogmatic attitude about the mathematical science.No - under any type of reasoning. It does not exist in math period.
Thank you for exposing your dogmatic attitude about the mathematical science.
Say no more.
Stay behind, the mathematical science is not for dogmatic persons. Try religion.You are very welcome - move on, this dogmatic realm is not for you. Try art.
the need to properly define things and use them consistently is not for you.
Stay behind, the mathematical science is not for dogmatic persons. Try religion.
Stay behind, the mathematical science is not for dogmatic persons. Try religion.
Your dogmatic ability prevents from you the get http://www.internationalskeptics.com/forums/showpost.php?p=5717208&postcount=9043, so?
As long as it is the science mechanic technicians.Apparently, it is not for you either.