Consider the differential equation xy - (1+ 3x)y + 3y = 0 If we know that the solution for this differential equation has the form: y = ek* with ka constant 1-y, (x) = ekx is the solution of the differential equation for k = 3 2- The second lineally independent solution y2 (x) =-÷- %3D 3 Which of the is true? Only 1, Only 2, both , neither

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Consider the differential equation xy – (1+ 3x)y + 3y = 0
If we know that the solution for this differential equation has the form: y = ek* with ka constant
1-y, (x) = ekx is the solution of the differential equation for k = 3
2- The second lineally independent solution y2(x) =-÷-
%3D
3
Which of the is true?
Only 1, Only 2, both , neither
Transcribed Image Text:Consider the differential equation xy – (1+ 3x)y + 3y = 0 If we know that the solution for this differential equation has the form: y = ek* with ka constant 1-y, (x) = ekx is the solution of the differential equation for k = 3 2- The second lineally independent solution y2(x) =-÷- %3D 3 Which of the is true? Only 1, Only 2, both , neither
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