In this problem you will solve the differential equation (x + 5)y" – (7 – x)y' + y = 0. (1) By analyzing the singular points of the differential equation, we know that a series solution of the form y = Cn x" for the differential equation will converge at least on the interval

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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I keep getting stuck after the reindexing, Power Series.

In this problem you will solve the differential equation
(х + 5)у" — (7 — г)у + у 3 0.
-
(1) By analyzing the singular points of the differential equation, we know that a series solution of the form y = E, Cn x" for the differential equation will
n=0
converge at least on the interval
Transcribed Image Text:In this problem you will solve the differential equation (х + 5)у" — (7 — г)у + у 3 0. - (1) By analyzing the singular points of the differential equation, we know that a series solution of the form y = E, Cn x" for the differential equation will n=0 converge at least on the interval
(b) From the series above, we find that the recurrence relation is (you must simplify, negative signs go in the numerator)
)/
C
C
+
C
(4) The general solution to (x + 5)y" – (7 – x)y' + y = 0 converges at least on
and is
Y = Co
+
x³.
x°+
x* +
+ ci
:)
x+
x2+
x4
Transcribed Image Text:(b) From the series above, we find that the recurrence relation is (you must simplify, negative signs go in the numerator) )/ C C + C (4) The general solution to (x + 5)y" – (7 – x)y' + y = 0 converges at least on and is Y = Co + x³. x°+ x* + + ci :) x+ x2+ x4
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