Under the same hypotheses as exercise 11, show that the Taylor expansion of f-g at xo is obtained by taking T(f, xo, x)T, (9, xo, x) and retaining only the powers of (x – ro) up to n.

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
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Chapter7: Distance And Approximation
Section7.2: Norms And Distance Functions
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Could we solve the second question (with the product)?

Suppose f and g are C" functions with Taylor expansions denoted
Tn(f, xo, x) and Tn(9, xo, x). Prove that T,(f, xo, x)+ Tn(9, x0, x)
is the Taylor expansion of f +g at xo.
Under the same hypotheses as exercise 11, show that the Taylor
expansion of f-g at xo is obtained by taking T,(f, To, x)Tn(9, xo, r)
and retaining only the powers of (x – xo) up to n.
Transcribed Image Text:Suppose f and g are C" functions with Taylor expansions denoted Tn(f, xo, x) and Tn(9, xo, x). Prove that T,(f, xo, x)+ Tn(9, x0, x) is the Taylor expansion of f +g at xo. Under the same hypotheses as exercise 11, show that the Taylor expansion of f-g at xo is obtained by taking T,(f, To, x)Tn(9, xo, r) and retaining only the powers of (x – xo) up to n.
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