Develop the Laurent series of the function: 1 = = (z − a) (z — b) Centered at z = a, and in the annular region: |a| < |2|< b| 23-234 (b) --- 9 (2) = b 2+1 [n=0 n=0 an+1 +E; n= bn+1 Is: [3+2376 (c) (d) [n=0 an+1 n=0 0 ₂+1 ∞ fn+1] Σ + Ln=0 =02n a-b an+1

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Develop the Laurent series of the function:
1
(za) (z - b)
Centered at z = a, and in the annular region:
|a| < |z| < |b|
(a)
(b)
∞0
Σ
b bn+1
_n=0
00
---
n=0
g (z)
n=0 2+1
an+1
[#3+734²
=
n=0 bn+1
Is:
(c)
(d)
a
1
∞0
- b
fn
n=0 2+1
[n=0 an+1 + [
∞ 2n+1
+ E
(n=0 an+1
∞ fr+17
n=0 2n
Transcribed Image Text:Develop the Laurent series of the function: 1 (za) (z - b) Centered at z = a, and in the annular region: |a| < |z| < |b| (a) (b) ∞0 Σ b bn+1 _n=0 00 --- n=0 g (z) n=0 2+1 an+1 [#3+734² = n=0 bn+1 Is: (c) (d) a 1 ∞0 - b fn n=0 2+1 [n=0 an+1 + [ ∞ 2n+1 + E (n=0 an+1 ∞ fr+17 n=0 2n
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