For X and Y normed linear spaces, let {Tn} be a sequence in L(X,Y) such that Tn → T in L(X,Y) and let {un} be a sequence in X such that un → u in X. Let ɛ = 1 in the definition of convergence of {Tn} to T in L(X,Y). Show that ||Tn|| < M, Vn e N, where M = sup{||T||, ||T2||, ..., ||TN-1||, 1+ ||T||}, for some N E N.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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For X and Y normed linear spaces, let {Tn} be a sequence in L(X,Y) such that Tn →T in L(X,Y)
and let {un} be a sequence in X such that un → u in X.
Let e
1 in the definition of convergence of {Tn} to T in L(X,Y). Show that
%3D
||Tn|| < M, Vn E N, where M = sup{||T||, ||T2||,
, |[TN-1||, 1+ ||T||}, for some N E N.
Transcribed Image Text:For X and Y normed linear spaces, let {Tn} be a sequence in L(X,Y) such that Tn →T in L(X,Y) and let {un} be a sequence in X such that un → u in X. Let e 1 in the definition of convergence of {Tn} to T in L(X,Y). Show that %3D ||Tn|| < M, Vn E N, where M = sup{||T||, ||T2||, , |[TN-1||, 1+ ||T||}, for some N E N.
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