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About
weak* convergence in normed linear space
(Definition)
$(x'_n)\subset X'$
$X$
a
Banach space
$\exists x'\in X':\forall x\in X:\lim_{n\rightarrow \infty} x(x'_n)\equiv x'_n(x)=x'(x)$
.
If
$X$
is
reflexive
, then weak* convergence is the same as
weak convergence
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See Also:
weak convergence
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Cross-references:
MA
,
weak convergence
,
Banach space
This is
version 6
of
weak* convergence in normed linear space
, born on 2003-10-15, modified 2007-12-29.
Object id is
5229
, canonical name is
WeakConvergenceInNormedLinearSpace
.
Accessed 3706 times total.
Classification:
AMS MSC
:
46B10
(Functional analysis :: Normed linear spaces and Banach spaces; Banach lattices :: Duality and reflexivity)
Pending Errata and Addenda
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