In parts a) to d), use the appropriate differentiation formula, obtained from Taylor's Theorem, to estimate the value of the indicated derivative. Let f(x) = x*, xo = 2 and h = 1. Then, f' (ro) = and f"(xo) Furthermore, a) i) the forward difference formula gives f'(xo) 2

Advanced Engineering Mathematics
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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In parts a) to d), use the appropriate differentiation formula, obtained from Taylor's
Theorem, to estimate the value of the indicated derivative.
Let f(x) = x*, xo = 2 and h = 1. Then,
f' (ro) =
and
f" (xo) =
Furthermore,
a) i) the forward difference formula gives f'(xo) 2
Transcribed Image Text:In parts a) to d), use the appropriate differentiation formula, obtained from Taylor's Theorem, to estimate the value of the indicated derivative. Let f(x) = x*, xo = 2 and h = 1. Then, f' (ro) = and f" (xo) = Furthermore, a) i) the forward difference formula gives f'(xo) 2
ii) the absolute error in this approximation is
b) i) the backward difference formula gives f'(x0)
ii) the absolute error in this approximation is
c) i) the central difference formula gives f'(xo) 2
ii) the absolute error in this approximation is
Transcribed Image Text:ii) the absolute error in this approximation is b) i) the backward difference formula gives f'(x0) ii) the absolute error in this approximation is c) i) the central difference formula gives f'(xo) 2 ii) the absolute error in this approximation is
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