1Find the Taylor series for the function f(x) =at a=3.Vx+1(– 1)"(1·3.5..· (2n– 1)(x- 3)"23n+1(n!)a. ]2n=1(- 1)"(1·3.5.7.. · (2n– 1)b.Σ(x- 3)"n = 0n! 23n+1(- 1)"(1·3.5.7.. · (2n– 1)ΣC.-(x- 3)"23n+1(n!)n= 0O d. None of the other answers are correct.oon(- 1)"(1·3.5. ·(2n – 1)n!(23n+1)О е. 11+ Σ24(x-3)2n=2

Answered: Image /qna-images/answer/1facf6b0-a39d-45b2-8587-ab4a15fdeffc.jpg

1 Find the Taylor series for the function f(x) = at a=3. Vx+1 (– 1)"(1 · 3 ·5. . · (2n – 1)(x– 3)" 23n+1(n!) а. 1 n= 1 Ob. (- 1)"(1·3·5.7..· (2n- 1) Σ n = 0 -(x- 3)" n! 23n+1 (–1)"(1·3·5·7.· (2n– 1) Σ n = 0 -(x– 3)" 23n+1(n!) d. None of the other answers are correct. O e. 1 oon 1 (- 1)"(1·3·5. · ·(2n – 1) + Σ 24 n = 2 -(x - 3) 2 n!(23n+1)

1 Find the Taylor series for the function f(x) = at a=3. Vx+1 (– 1)"(1 · 3 ·5. . · (2n – 1)(x– 3)" 23n+1(n!) а. 1 n= 1 Ob. (- 1)"(1·3·5.7..· (2n- 1) Σ n = 0 -(x- 3)" n! 23n+1 (–1)"(1·3·5·7.· (2n– 1) Σ n = 0 -(x– 3)" 23n+1(n!) d. None of the other answers are correct. O e. 1 oon 1 (- 1)"(1·3·5. · ·(2n – 1) + Σ 24 n = 2 -(x - 3) 2 n!(23n+1)

Calculus: Early Transcendentals

8th Edition

ISBN:9781285741550

Author:James Stewart

Publisher:James Stewart

Chapter1: Functions And Models

Section: Chapter Questions

Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...

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Question

1
Find the Taylor series for the function f(x) =
at a=3.
Vx+1
(– 1)"(1·3.5..· (2n– 1)(x- 3)"
23n+1(n!)
a. ]
2
n=1
(- 1)"(1·3.5.7.. · (2n– 1)
b.
Σ
(x- 3)"
n = 0
n! 23n+1
(- 1)"(1·3.5.7.. · (2n– 1)
Σ
C.
-(x- 3)"
23n+1(n!)
n= 0
O d. None of the other answers are correct.
oon
(- 1)"(1·3.5. ·(2n – 1)
n!(23n+1)
О е. 1
1
+ Σ
24
(x-3)
2
n=2

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