Obtain the general solution of the differential equation x²y" = xy' + sin(ln(/T)) for x > 0 It may be useful to note that: In(z) sen 2 In(z) 2 4 sen 2 + cos 2 dr = +C, con C' e R, 17.12

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Chapter2: Second-order Linear Odes
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Obtain the general solution of the differential equation
2?y" = xy' + sin(ln(/T))
for X > 0
It may be useful to note that:
In(2)
sen
2 4 sen
(In(z)
+ COS
In(z)
2
2
+C, con C e R,
1772
Transcribed Image Text:Obtain the general solution of the differential equation 2?y" = xy' + sin(ln(/T)) for X > 0 It may be useful to note that: In(2) sen 2 4 sen (In(z) + COS In(z) 2 2 +C, con C e R, 1772
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