Variation of Parameters for Systems of Differential Equations

[@blackpenredpen]

Featuring bunny burrito!!!!!!

[@Delta_Offline]

Bunny burrito + swearing in a math video... I Love it!

[@drewpatton4275]

You are such a wonderful person.

[@entertheepic3608]

Thanks

[@drpeyam]

Thanks so much for the super thanks!!!

[@keyansheppard8391]

Love your energy.

[@nicholasvitale6088]

THANKS this was really helpful

[@mohamedramadan-qt9yl]

can you show an example on using the Variation of Parameters for Systems of Differential Equations of second order

[@drpeyam]

That exists?

[@mohamedramadan-qt9yl]

@@drpeyam I need only the particular solution.
The general solution is known. I think it can be solved by transforming the system into one differential equation of the third or fourth order.
What do you think?

[@ShaunOnYT]

Awesome, best video I've seen about this topic. The method will work for higher-order systems?

[@drpeyam]

Absolutely!!!

[@ShaunOnYT]

@@drpeyam Thank you, and it also works if f is [a,b] where a and b are constant? (not function of x?)

[@f3ynman44]

You are awesome!

[@quantumchill5237]

what a rare video

[@ericlizalde5362]

Lovee

[@anggavalentino3053]

but he should gaven the complete progress. it was good.