Variation of parameters to solve differential equations

[invaderjmgjerwin]

Simply "WELL EXPLAINED"...!! Thank you =)

[KraZKaiL]

I didn't understand my prof and my lab instructor. Thanks to you I understand it very well!

[lecolis]

what is the little a beside the wronskian in the v1 v2 equations?

[DrChrisTisdell]

@lecolis We're solving the ODE ay'' + by' + cy = G(x). so the "a" is the coefficient of y''/

[tanglx]

very helpful, thank you!

[viktord1]

This is very helpful but I'm never given the solution to the homogeneous problem and that's what I'm having the most problems with.

[DrChrisTisdell]

@viktord1 That's correct - this isn't a video about the homogeneous problem, so may I suggest /watch?v=xtHGJtsLqbs

[KyleBoy0892]

My test is tomorrow and I would like to thank you for this video. My professor's method is similar but slightly more involved. I will definitely be using this method on the exam!

[ownedncut]

thanks

[ownedncut]

thanks

[storaman12]

Thank you for all lectures