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Functional Analysis, Show that the range of a bounded linear operator
Just, logged into thank you, Office Shredder, for your quick and helpful answer. which was very nice because it was precisely what I needed, to unblock my fixed ideas o a change of approach to face the problem and let me think or find an answer instead of just give me the result inmediately...- Eduardo
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- Forum: Calculus and Beyond Homework Help
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Functional Analysis, Show that the range of a bounded linear operator
Homework Statement Show that the range \mathcal{R}(T) of a bounded linear operator T: X \rightarrow Y is not necessarily closed. Hint: Use the linear bounded operator T: l^{\infty} \rightarrow l^{\infty} defined by (\eta_{j}) = T x, \eta_{j} = \xi_{j}/j, x = (\xi_{j}). Homework Equations...- Eduardo
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- Analysis Bounded Functional Functional analysis Linear Linear operator Operator Range
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- Forum: Calculus and Beyond Homework Help