Show that y, (x) = e 3* and y,(x) = e 4x are linearly independent on I = (-0, ∞) and find a second order homogeneous equation having the pair as a fundemental set of solutions. y" -y'+12y =0 b) О у" +3у' — 4у-0 c) O y" - 8y ' +4y=0 d) Оу" +4y'- 12 у -0 y" -y'- 12y=0 f) O None of the above.
Show that y, (x) = e 3* and y,(x) = e 4x are linearly independent on I = (-0, ∞) and find a second order homogeneous equation having the pair as a fundemental set of solutions. y" -y'+12y =0 b) О у" +3у' — 4у-0 c) O y" - 8y ' +4y=0 d) Оу" +4y'- 12 у -0 y" -y'- 12y=0 f) O None of the above.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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
Transcribed Image Text:Show that y, (x) = e 3* and y,(x) = e -4x are linearly independent on I= (-00, ∞) and find a second order homogeneous equation having the pair as
a fundemental set of solutions.
y" -y'+12y =0
b)
y" + 3y'- 4y =0
c) O y " – 8y '+4y=0
d) O y" +4y '– 12y =0
-
y " -y'- 12y=0
f) O None of the above.
Expert Solution
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Step 1
We know if an Auxiliary equation of a second order differential equation is
(m-3)(m+4)=0 (such that m=3, -4)
then we have two linearly interdepend solutions and
Since Auxiliary equation is
Hence required second order differential equation is
Hence none of them is correct
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