Question 3 ( Let ƒ € C®[xo = h, xo + h] (for h > 0). Show that "(z) = {(z0 + h) – 2/(x0) + f(xo – h) + Kyh² + K2h*, urite out the explicit expressions for K1 and K2 (where K2 depends on f(®)(£) for some § in (z0 – h, 2o +h)). (b) for "(zo). Apply the Richardson's eztrapolation on (a) to derive an approzimation formula of order O(h*) PLet f(x) = e=/3 +x² with 2o = 0, h = 0.2. Use the formula from (a) and (b) to approzimate (c) s" (). %3D

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.6: Applications And The Perron-frobenius Theorem
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Question 3
(a)
Let f € C°[ro - h, xo + h] (for h> 0). Show that
f(2o + h) – 2f(20) + f(2o – h)
f"(x0) =
+ K,h² + K2h*,
urite out the explicit erpressions for K1 and K2 (where K2 depends on f(®) (E) for some & in (xo – h, 2o+h)).
(b)
for f"(z0).
Apply the Richardson's eztrapolation on (a) to derive an approzrimation formula of order O(h*)
(c)
"(0).
Let f(x) = e"/3 + x? with ro = 0, h = 0.2. Use the formula from (a) and (b) to approrimate
Transcribed Image Text:Question 3 (a) Let f € C°[ro - h, xo + h] (for h> 0). Show that f(2o + h) – 2f(20) + f(2o – h) f"(x0) = + K,h² + K2h*, urite out the explicit erpressions for K1 and K2 (where K2 depends on f(®) (E) for some & in (xo – h, 2o+h)). (b) for f"(z0). Apply the Richardson's eztrapolation on (a) to derive an approzrimation formula of order O(h*) (c) "(0). Let f(x) = e"/3 + x? with ro = 0, h = 0.2. Use the formula from (a) and (b) to approrimate
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