- #1
Remixex
- 57
- 4
Hello all, my question is if i should or not be worried about the apparent "missing" (or alternative) content about my DE course.
My DE course (and the only one in the list of courses i must take to get my degree) consisted on
First order ODEs (Separation of variables, homogeneous, Bernoulli's, etc) -> Applications (Newton's law of cooling, mixing problems, etc)-> "Superior" order ODEs (Oscillations, Euler's equation, variation of parameters, etc)-> Fourier Series (Coefficients, convergence, Parseval's identity)->Sturm Liouville problems -> Linear PDEs (Separation of variables, Source term, Wave equation, Laplace's equation, Heat equation, membrane problems)
Now onto the question at hand, we didn't see what most ODE specific courses do, system of ODEs and Laplace transform.
I'm aiming for a Geophysics degree and I'm finishing my second year, should i be worried about this missing content? Should i try to learn it by myself? Or is this course "good enough"?
Thanks beforehand
My DE course (and the only one in the list of courses i must take to get my degree) consisted on
First order ODEs (Separation of variables, homogeneous, Bernoulli's, etc) -> Applications (Newton's law of cooling, mixing problems, etc)-> "Superior" order ODEs (Oscillations, Euler's equation, variation of parameters, etc)-> Fourier Series (Coefficients, convergence, Parseval's identity)->Sturm Liouville problems -> Linear PDEs (Separation of variables, Source term, Wave equation, Laplace's equation, Heat equation, membrane problems)
Now onto the question at hand, we didn't see what most ODE specific courses do, system of ODEs and Laplace transform.
I'm aiming for a Geophysics degree and I'm finishing my second year, should i be worried about this missing content? Should i try to learn it by myself? Or is this course "good enough"?
Thanks beforehand