I wrote:
NB. E((1/n-1)\sum (X_i-\bar X)^2
(1%eN-1)*+/eX-eM
... anyways, around here I'm not sure if it's worth
proceeding, because I worry that either you have made
assumptions I disagree with or I have made assumptions
you disagree with or both.
I should add that I'm not trying to drop the subject -- but the
above J expression would always be zero, regardless of the
underlying data (and regardless of its cardinality), and regardless
of the sampling technique used, which seems to make its use
a problem, in a sequence of equivalences intended to show something
about that magnitude of the cardinality of the sampled data in some
context.
--
Raul
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