Consider the differential equation: √√√y + y = When solving the previous equation, the parametric solution is obtained, for z> 0, given by: y(z) = = + 1 (y') 4 √f(z) n 525 11-√2 A) 25 B) 2-3 C) 2-5 D) 2-4 +C where CER, n E N and f(z) is some function. The function f(z) corresponds to:

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Laplace's method cannot be used

Consider the differential equation:
1
Vy' + y =
(y')4
When solving the previous equation, the parametric solution is obtained, for
z > 0, given by:
4
x(z)
525
+ C
n
1
y(2)
-
24
where C E R, n E N and f(z) is some function. The function f (z) corresponds
to:
A) 25
В) 2-3
C) 2-5
D) 2-4
Transcribed Image Text:Consider the differential equation: 1 Vy' + y = (y')4 When solving the previous equation, the parametric solution is obtained, for z > 0, given by: 4 x(z) 525 + C n 1 y(2) - 24 where C E R, n E N and f(z) is some function. The function f (z) corresponds to: A) 25 В) 2-3 C) 2-5 D) 2-4
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