Expand the given function in a Taylor series centered at the indicated point. f(z) = ez, zo = 51 Σ(Γ Give the radius of convergence R of the series. R=

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Chapter2: Second-order Linear Odes
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Expand the given function in a Taylor series centered at the indicated point.
f(z) = ez, zΟ = 51
Σ(Γ
Give the radius of convergence R of the series.
R =
Transcribed Image Text:Expand the given function in a Taylor series centered at the indicated point. f(z) = ez, zΟ = 51 Σ(Γ Give the radius of convergence R of the series. R =
Step2
b)
j(z)= ² Zo 5i
Taylor Sealen of f(x)
centered at Zo
{(z) = f(Zo) + (Z-Zo) f'(20) + (Z-Ze) {"(20) +-----
f(x) = (²
2!
7
→
...
sm (z)= e² ✓ mEN
{"(20) 51
Taylor series of $(2) in given by
f(2)= ei +
.si 00
= é
6:28 pm
(7-5ilesi + (3-51)" esi+ (2-5₁) ³
21
un =
[ (2-51)
3=0
Unt!
(7-51)"
mi
L
n760
=
3-700
50
(2-5; j+1
(n+1)!
3-51
3+1
Radius of convergence
R = =+
= ∞
.
AC 51% 7
(3-5;)")
Was this solution
√x
8
Transcribed Image Text:Step2 b) j(z)= ² Zo 5i Taylor Sealen of f(x) centered at Zo {(z) = f(Zo) + (Z-Zo) f'(20) + (Z-Ze) {"(20) +----- f(x) = (² 2! 7 → ... sm (z)= e² ✓ mEN {"(20) 51 Taylor series of $(2) in given by f(2)= ei + .si 00 = é 6:28 pm (7-5ilesi + (3-51)" esi+ (2-5₁) ³ 21 un = [ (2-51) 3=0 Unt! (7-51)" mi L n760 = 3-700 50 (2-5; j+1 (n+1)! 3-51 3+1 Radius of convergence R = =+ = ∞ . AC 51% 7 (3-5;)") Was this solution √x 8
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