Find the Taylor series for f(x) centered at the given value of a. [Assume that f has a power series expansion. Do not show that R,(x) - 0.] ......... f(x) = x- 6x2+3, a = 2 "(2)(x - 2)" = -5+ 8(x - 2) + 18(x - 2)2 + 8(x - 2)3 + (x- 2)4 n! n = 0 "2(x- 2)" = -5 + 8(x – 2) - 8(x - 2)2 + 18(x – 2)3 – (x – 2)4 n! n = 0 "(2(x- 2)" = 5 + 8(x - 2) + 18(x - 2)2 - 8(x – 2)3 + (x - 2)4 n! n = 0 P2x- 2)" = -5 + 8(x – 2) + 8(x - 2)2 + 18(x - 2)3 + (x – 2)4 n! n = 0 OPex- 2)" = 5 – 8(x – 2) + 18(x - 2)2 + 8(x - 2)° + (x – 2)ª n! n = 0 Find the associated radius of convergence R.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Find the Taylor series for f(x) centered at the given value of a. [Assume that f has a power series expansion. Do not show that R,(x) - 0.]
f(x) = x- 6x2+ 3, a = 2
Tex- 2)" = -5 + 8(x- 2) + 18(x – 2)2 + 8(x - 2)3 + (x - 2)4
n!
n = 0
2x- 2)" = -5 + 8(x - 2) - 8(x - 2)2 + 18(x – 2) - (x - 2)
n!
n = 0
"(2 (x- 2)" = 5 + 8(x – 2) + 18(x – 2)2 – 8(x – 2)3 + (x – 2)4
n!
n = 0
"(2(x - 2)" = -5 + 8(x – 2) + 8(x – 2)2 + 18(x – 2)3 + (x - 2)4
n!
n = 0
e(x- 2)" = 5 – 8(x – 2) + 18(x – 2)2 + 8(x– 2) + (x - 2)4
n!
n = 0
Find the associated radius of convergence R.
R =
Transcribed Image Text:Find the Taylor series for f(x) centered at the given value of a. [Assume that f has a power series expansion. Do not show that R,(x) - 0.] f(x) = x- 6x2+ 3, a = 2 Tex- 2)" = -5 + 8(x- 2) + 18(x – 2)2 + 8(x - 2)3 + (x - 2)4 n! n = 0 2x- 2)" = -5 + 8(x - 2) - 8(x - 2)2 + 18(x – 2) - (x - 2) n! n = 0 "(2 (x- 2)" = 5 + 8(x – 2) + 18(x – 2)2 – 8(x – 2)3 + (x – 2)4 n! n = 0 "(2(x - 2)" = -5 + 8(x – 2) + 8(x – 2)2 + 18(x – 2)3 + (x - 2)4 n! n = 0 e(x- 2)" = 5 – 8(x – 2) + 18(x – 2)2 + 8(x– 2) + (x - 2)4 n! n = 0 Find the associated radius of convergence R. R =
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