Non-homogeneous System of DE - Made Easy

[@erdemahsen]

thx bud our teacher was teaching it in an extremely formal way so didn't understand a thing till I watch this. thx again

[@robertoberidojr.435]

Suddenly this comes out. Real great help

[@ralu6796]

Thank you very much! This helped me a lot ^^ I couldn't find any video on this subject. I have a question,I'm not sure if what I did it's right.
If I have a system of DE like this one
y'1=4*y1+6*y2
y'2=2*y1+3*y2+x
how does the matrix for the yp look? like this ({0},{1})?

[@mr.khalid7078]

So easy to understand
Thanks so much

[@ashsmash863]

Will the particular way work for e^(-t)? any other sort of g(t)?

[@TheDarkNightRising]

Polynomials, sin functions, exponential like this one, constants, that's all I know off the top of my head

[@arielfuxman8868]

Same as in the linear nonhomogenous differential equations, this is a generalization of the method of undetermined coefficients

[@Sha_momma]

thanks this was VERY helpful

[@Tundeican]

3x4=9????

[@MarzipanonMars]

No, he didn't show the step, but he subtracted the a_1 on the left-hand side from 4a_1 to get 3a_1.

[@ahmadshayain]

Thanks man, great Video!

[@robertreynolds7135]

Thanks for posting. I used to have the same problem mispronouncing "homogeneous" (or "non-..."). Consequently I also misspelled it occasionally, as you have at the top of your whiteboard. Think "genius" when you pronounce it, and you can probably correct this tendency over time. Just trying to help.

[@devrimeskibina9521]

Thank you so much!

[@ShahbazAli-ur5nb]

Thanks so much sir

[@alimozaffar6884]

thanks

[@mad_cat_lon974]

thx much!

[@sanalchhabra7901]

Legend

[@CRosa0125]

my prof would get so mad if I said homogenous instead of the correct homogeneous.