Use the formula for the binomial series: (1 + x)" : 1+ mx + 2! m(m-1)2 m(m-1)(m-k+l) +... k! m(m-1)(m-k+1) k! 1지 < I to obtain the Maclaurin series for (1 + x)³* - 3x + - 4/ k=2 (-1)*+1 (k + 2)!t k! + 2)! – 3x + (-1* k- k! k=2 (k + 2)! k 1 + 3x + E k! k=2 (k + 3)! 3! + k! (- 1)*k + 4)! k! 1- 3x + k=2
Use the formula for the binomial series: (1 + x)" : 1+ mx + 2! m(m-1)2 m(m-1)(m-k+l) +... k! m(m-1)(m-k+1) k! 1지 < I to obtain the Maclaurin series for (1 + x)³* - 3x + - 4/ k=2 (-1)*+1 (k + 2)!t k! + 2)! – 3x + (-1* k- k! k=2 (k + 2)! k 1 + 3x + E k! k=2 (k + 3)! 3! + k! (- 1)*k + 4)! k! 1- 3x + k=2
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
2.
![Use the formula for the binomial series:
(1 + x)" :
1+ тx +
2!
m(m-1)
m(m-1)(m-k+1)
* + .*
k!
m(m-1)-(m-k+1).
* if
I지 < 1
k!
1
to obtain the Maclaurin series for
(1 + x)³*
1- 3x +
4!
k=2
2(-1)+1(k+ 2)!
k!
(k + 2)!
2! 2(-1)
k!
1- 3x +
k=2
(k + 2)!*
1+ 3x + 2
k!
k=2
(k + 3)!
1 +
3!
k=1
Σ
k!
2(-1)(k+ 4)!
k!
1- 3x +
k=2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff8b4a975-bf2e-4e4f-beed-87e48730c642%2Fc00f64ff-8954-401c-9d5b-8e9ed2f2fcd5%2Fwvuyl5h_processed.png&w=3840&q=75)
Transcribed Image Text:Use the formula for the binomial series:
(1 + x)" :
1+ тx +
2!
m(m-1)
m(m-1)(m-k+1)
* + .*
k!
m(m-1)-(m-k+1).
* if
I지 < 1
k!
1
to obtain the Maclaurin series for
(1 + x)³*
1- 3x +
4!
k=2
2(-1)+1(k+ 2)!
k!
(k + 2)!
2! 2(-1)
k!
1- 3x +
k=2
(k + 2)!*
1+ 3x + 2
k!
k=2
(k + 3)!
1 +
3!
k=1
Σ
k!
2(-1)(k+ 4)!
k!
1- 3x +
k=2
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