*5.5.9. For the eigenvalue problem d4 +λe³ = 0 dx4 subject to the boundary conditions $(0) = 0 (1) == 0 d(0) = 0 d² (1) = 0, show that the eigenvalues are less than or equal to zero (X ≤ 0). (Don't worry; in a physical context that is exactly what is expected.) Is λ = 0 an eigenvalue?

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Chapter2: Second-order Linear Odes
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*5.5.9. For the eigenvalue problem
d4
+λe³ = 0
dx4
subject to the boundary conditions
$(0)
= 0 (1) == 0
d(0)
=
0 d² (1)
=
0,
show that the eigenvalues are less than or equal to zero (X ≤ 0). (Don't
worry; in a physical context that is exactly what is expected.) Is λ = 0 an
eigenvalue?
Transcribed Image Text:*5.5.9. For the eigenvalue problem d4 +λe³ = 0 dx4 subject to the boundary conditions $(0) = 0 (1) == 0 d(0) = 0 d² (1) = 0, show that the eigenvalues are less than or equal to zero (X ≤ 0). (Don't worry; in a physical context that is exactly what is expected.) Is λ = 0 an eigenvalue?
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