Re: Calculus XOR Probability

Tony Orlow wrote:
cbrown@xxxxxxxxxxxxxxxxx said:

By "the usual metric" in R^n for any n, I mean that the dist function
we want to use is the same as euclidean distance in R^n between the two
points p and q).

Okay, but what happens in the limit, in your estimation?

I don't "estimate what happens in the limit". I previously defined
/exactly what I mean/, for the purposes of my argument, by "lim n->oo
{C_n}", where {C_n} is a sequence o f sets of pairs in R^2, see my post
of 19 April (2 weeks ago!):

http://groups.google.com/group/sci.math/msg/8b80a8687cead0c6?dmode=source

What "happens in the limit, in my estimation" is the function "limit of
a sequence of sets of points in R^2" that I defined there; it is a set
of points in R^2. The remainder of the post you are responding to here
then describes what I mean by the "length" of this or any other set of
points in R^2; it is also the "usual way" we define length.

Cheers - Chas

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