Consider the power series f(x) =5(-1)* · 2* k +1 Problem 2: (x- 1)3k. k=0 For the duration of this problem, pn(x) will represent the n- th order Taylor polynomial centered at r = 1. A Do the following. Exhibit p3(x), P6(x), p9(x), and p12(x) in the space below. Graph all of the Taylor polynomials above on the same set of axes for -1 < x < 3. Include an mage of your graph below. ii. iii. Based on your graph, estimate a value for the radius of convergence for the power series f(x) = 3·(-1)* . 2k k + 1 -(x – 1)3k. k=0
Consider the power series f(x) =5(-1)* · 2* k +1 Problem 2: (x- 1)3k. k=0 For the duration of this problem, pn(x) will represent the n- th order Taylor polynomial centered at r = 1. A Do the following. Exhibit p3(x), P6(x), p9(x), and p12(x) in the space below. Graph all of the Taylor polynomials above on the same set of axes for -1 < x < 3. Include an mage of your graph below. ii. iii. Based on your graph, estimate a value for the radius of convergence for the power series f(x) = 3·(-1)* . 2k k + 1 -(x – 1)3k. k=0
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question

Transcribed Image Text:Consider the power series f(r) =3:(-1)* . 2k
k +1
Problem 2:
(x – 1)3k.
k=0
For the duration of this problem, pn(x) will represent the n - th order Taylor polynomial centered at x = 1.
А.
Do the following.
Exhibit p3(x), P6(x), p9(x), and p12(x) in the space below.
Graph all of the Taylor polynomials above on the same set of axes for –1< x < 3. Include an
mage of your graph below.
i.
iii.
Based on your graph, estimate a value for the radius of convergence for the power series
3. (-1)* - 2k
k +1
f(x) =
-(x – 1)3k.
k=0

Transcribed Image Text:(Problem 2, continued)
A. (continued)
Calculate the radius of convergence for the power series f(r) =3:(-1)* · 2*
k +1
iv.
-(x – 1)3k.
k=0
Explain whether the higher order Taylor polynomials would eventually approximate f(.3) better
than or worse than the lower order ones.
v.
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