Actually E is not "just a computer way of saying 0". The E represents a power
of 10, thus E-1 = 0.1 e-2=0.01; E therefore is not zero. Because computers
generally can not perform exact calculations (for reasons including the fact
that our number system is base 10 and a computer's is generally b
I do hope that was a joke!
-pd
> On 26 Feb 2016, at 18:16 , Francesco Romano
> wrote:
>
> Sema, E is just a computer way of saying 0. For the purpose of statistical
> analysis, if you can't compute a calculation with E values (i.e. 0),
> substitute all E values with a usable constant, say 50.
Sema, E is just a computer way of saying 0. For the purpose of statistical
analysis, if you can't compute a calculation with E values (i.e. 0),
substitute all E values with a usable constant, say 50. I stumbled across a
few websites lately that did this.
Frank Romano Ph.D.
*Academia.edu*
https://
On 26.02.2016 10:53, Sema Atasever wrote:
Dear Authorized Sir / Madam,
If you don't mind, I want to ask how can i calculate negative log of the
E-Values in R.
*For Example: *
What is the negative log of the 4e-108?
what about
log(4e-108)
?
(although I wonder if this is numerical sensible
Dear Authorized Sir / Madam,
If you don't mind, I want to ask how can i calculate negative log of the
E-Values in R.
*For Example: *
What is the negative log of the 4e-108?
I would appreciate if you could advise me some methods.
Thanks in advance.
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