Observe the function X f(x) = (1+2x)² In order to find the power series for this function, complete the following steps: 1 1-x a. Start with the series Σ. Replace x with (−2x) in this series and k=0 write the corresponding power series for = 1 1+2x b. Take derivative of the series from part (a) above and relate it to the power series for the function 1 (1+2x)²· c. Multiply both sides of the resulting series from above with x, and obtain the series for Write the first four non-zero terms of this series. x (1+2x)² d. What is the radius of convergence for this series? What is the interval of convergence?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Observe the function
X
f(x) =
(1+2x)²
In order to find the power series for this function, complete the following steps:
1
1-x
a. Start with the series
Σ. Replace x with (−2x) in this series and
k=0
write the corresponding power series for
=
1
1+2x
b. Take derivative of the series from part (a) above and relate it to the power series
for the function
1
(1+2x)²·
c. Multiply both sides of the resulting series from above with x, and obtain the series
for
Write the first four non-zero terms of this series.
X
(1+2x)²
d. What is the radius of convergence for this series? What is the interval of
convergence?
Transcribed Image Text:Observe the function X f(x) = (1+2x)² In order to find the power series for this function, complete the following steps: 1 1-x a. Start with the series Σ. Replace x with (−2x) in this series and k=0 write the corresponding power series for = 1 1+2x b. Take derivative of the series from part (a) above and relate it to the power series for the function 1 (1+2x)²· c. Multiply both sides of the resulting series from above with x, and obtain the series for Write the first four non-zero terms of this series. X (1+2x)² d. What is the radius of convergence for this series? What is the interval of convergence?
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