Consider the differential equation (E): x²y"-xy' +y 0. Given that y, x and y, xlnx are solutions of (E), then the Wronskian is equal to: Inx (x^2) Inx None of them

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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Consider the differential equation (E): x'y"-xy' +y 0. Given that y, = x and y, = xlnx
are solutions of (E), then the Wronskian is equal to :
Inx
(x^2) Inx
O None of them
Transcribed Image Text:Consider the differential equation (E): x'y"-xy' +y 0. Given that y, = x and y, = xlnx are solutions of (E), then the Wronskian is equal to : Inx (x^2) Inx O None of them
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