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leopard
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y'(t) - ay(t) = 0
What is the form of the solution? [tex]C \cdot e^{at}[/tex]
?I have this ODE:
[tex] T'(t) - (1 - \frac{n^2}{4})T(t) = 0[/tex]
If I'm right, the solutions should be of the form
[tex]C \cdot e^{(1- \frac{n^2}{4})t}[/tex]
My book, however, says [tex]C \cdot e^ {1- \frac{n^2}{4}t}[/tex]
Who's right?
What is the form of the solution? [tex]C \cdot e^{at}[/tex]
?I have this ODE:
[tex] T'(t) - (1 - \frac{n^2}{4})T(t) = 0[/tex]
If I'm right, the solutions should be of the form
[tex]C \cdot e^{(1- \frac{n^2}{4})t}[/tex]
My book, however, says [tex]C \cdot e^ {1- \frac{n^2}{4}t}[/tex]
Who's right?
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