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Differential Equations
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please note that if you solve the equatio to eigenvectror, you will find a line of eigenvector, namely the subspace associated to the eigenvalue a+b has dimension equalt to 1. so your eigenvectors are:
\[\left(\begin{matrix} \xi \\ \frac{ b }{ a } \xi \end{matrix}\right) \] \[\forall \xi \in \mathbb{R} \] so?
I'm sorry for my typo mistakes!
for example if \[\xi = a\] what do you get, please?
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I don't know :/
please multiply the components of your eigenvectors, namely: \[\frac{ b }{ a }* \xi =\frac{ b }{ a }*a=b\] and the first component: \[\xi =a\] so?
it becomes |dw:1419802804428:dw|
that's right!
ok but when I solved it I thought it would be |dw:1419802886248:dw|
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