Hoping I can still find a math /wsr/d at this hour. Ran into a problematic equation in my research, pic related. Solving the homogeneous part in general was simple enough (also pic related), but I don`t know how to approach the nonhomogeneous part. Anyone here who can point me in the right direction?
>>150711
So whe have a test tomorrow huh, good luck anon
>>150729
I don`t think my university even offers a course that covers material at this level, much less tests you on it. It`s just something I ran into in my physics work.
self bump
>>150711
That looks messy. I'd try looking for help on math overflow or math stack exchange.
>>150734
What fucking university doesn't offer a differential equations course?
>>150903
Oh, we have differential equations. They just don`t teach methods for something so incredibly nonlinear, since there is no one reliable method of going about it.
I mean, if you think it`s so easy, why don`t you tell me what the solution is?
gotta keep trying...
>>150867
Is that picture not just begging the question?
How is it going from line one to line two without using line three as an axiom?
>>151038
It's not begging the question at all.
>How is it going from line one to line two without using line three as an axiom?
a^2+b^2=c^2
The triangle inscribed in the circle is a right triangle.
https://en.m.wikipedia.org/wiki/Lune_of_Hippocrates
Look under generalizations.
