Continuous functions in L^2

From: "Fatou" <fatou19@xxxxxxxxxxxxx>
Date: 8 May 2006 17:29:36 -0700

Im not sure if i;m remembered this correctly, so i would just like some
clarification

for all continuous functions f on a closed domain on R. are in L^2?
is this true? (if not could, is there a simple counterexample)

thank you

.

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Re: Continuous functions in L^2
... Fatou wrote: ... for all continuous functions f on a closed domain on R. are in L^2? ... if f is cts on a closed domain, it is uniformly continously, so it ...
(sci.math)
Re: Continuous functions in L^2
... Fatou wrote: ... for all continuous functions f on a closed domain on R. are in L^2? ... if f is cts on a closed domain, it is uniformly continously, so it ...
(sci.math)
Re: Continuous functions in L^2
... Fatou wrote: ... for all continuous functions f on a closed domain on R. are in L^2? ... if f is cts on a closed domain, it is uniformly continously, so it ...
(sci.math)