3.4.10. (a) Given x E co, prove that there exist vectors xn E co such that ||x – xn|| → 0 as n → o.

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Chapter7: Eigenvalues And Eigenvectors
Section7.1: Eigenvalues And Eigenvectors
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3.4.10. (a) Given x E co, prove that there exist vectors xn E coo such that
||x – xn||0.
→ 0 as n → 0.
(b) Prove that coo is dense in co (with respect to the norm || - ||). Hence
Co0 = co when we use the sup-norm.
(c) Given 1 <p < ∞, prove that coo is dense in (P (with respect to the
norm || · ||p). Hence Coo
= (P when we use the lP-norm.
Transcribed Image Text:3.4.10. (a) Given x E co, prove that there exist vectors xn E coo such that ||x – xn||0. → 0 as n → 0. (b) Prove that coo is dense in co (with respect to the norm || - ||). Hence Co0 = co when we use the sup-norm. (c) Given 1 <p < ∞, prove that coo is dense in (P (with respect to the norm || · ||p). Hence Coo = (P when we use the lP-norm.
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