"he reduction (recurrence) relation obtained for n 2 2 using the power series around the x = 2 point of the differential equation y" + 3 y'-0 is: which one? 3an-1 a) an %3D n(n-1) -3 an-2 b) an n(n-1) 3n an-1 c) an (n-1)(n-2)
"he reduction (recurrence) relation obtained for n 2 2 using the power series around the x = 2 point of the differential equation y" + 3 y'-0 is: which one? 3an-1 a) an %3D n(n-1) -3 an-2 b) an n(n-1) 3n an-1 c) an (n-1)(n-2)
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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Question
![The reduction (recurrence) relation obtained for n 2 2 using the power
series around the x = 2 point of the differential equation y" + 3 y'=0 is:
which one?
a) an
Зап-1
%3D
n(n-1)
-3 an-2
b) an
n(n-1)
3n an-1
c) an
(n-1)(n-2)
3(n-1)an-1
d) an
%3D
n(n-1)
3(n-2)an-2
e) an
n(n-1)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9b2c1e8b-a14f-470b-8639-6b1eddb2cf74%2F43a0e348-8db0-49fd-9588-231f54e176f9%2Fokg2pwh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The reduction (recurrence) relation obtained for n 2 2 using the power
series around the x = 2 point of the differential equation y" + 3 y'=0 is:
which one?
a) an
Зап-1
%3D
n(n-1)
-3 an-2
b) an
n(n-1)
3n an-1
c) an
(n-1)(n-2)
3(n-1)an-1
d) an
%3D
n(n-1)
3(n-2)an-2
e) an
n(n-1)
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