Initial Value Problem Using Method of Undetermined Coefficients

This video provides an example of how to solving an initial value problem involving a linear second order nonhomogeneous differential equation.
Site: mathispower4u.com

[@Wdechoi]

Thanks God, 12 hours left for my Math Exam. AND LUCK THAT I FOUND U!! U save my life, love u

[@denizdoner6148]

thank you from this courses, your explanation are really clear. thank you.

[@radicalsaled5756]

I needed these examples on finding Yp very badly! thanks for the help!

[@TanushAdithiyaBEC]

Video out in 2013 but my 1st year engineering ass benefiting from this video in 2022

[@andyzcai]

Great video, very concise. I would mention the superposition principle as a reason for allowing the adding the solutions, but otherwise it was great.

[@AlanMedina314]

Hey bullcleo I was wondering is there any method,tip,hint anything that would help to make the derivatives easier to work with. I ask because ive been doing some of these problems( Polynomial with cosine/sines and exponents) and the algebra involved in taking derivatives gets really long and tedious.

[@daniellejones4963]

This is sooooo bomb!! Thank you!

[@Dandilion3Lexi]

You are a blessing! Thank you!

[@dya230]

Well done. Nice explanation.

[@hebasm9110]

Thank you much 🙏🏻🙏🏻🙏🏻💜💜💜💜

[@varun009]

I wish you were my professor!

[@betulakca4156]

thank you for this video.

[@MW-C-Music-Copyright-Free]

WooW Good Job ;) You Rock Man

[@cosmickitty9533]

Awesome thank you :)

[@raikirifurudetachibana3971]

WHY ARE YOU NOT MY TEACHER AT MY UNIVERSITY :(

[@Dandilion3Lexi]

Thank you I said the same thing?! He is amazing!!

[@hatch694]

when i try to find C1 and C2 i come up with no solutions

[@tidegoesin_tidegoesout]

Good videos but the yellow circle is unnecessary and kind of annoying

[@chandrayatham5493]

How do we take undetermined coefficients of y p . Idont known that please explian any one

[@natukundafrances3134]

the method is of undetermined coefficients. please watch the video and probably watch when repeated roots, you will get the explanation

[@musicnevres]

thanks

[@chelseah6729]

Laplace Transforms :)

[@TeodorUunona]

u

[@AlanMedina314]

I know now,lol...

[@hamzashahid6263]

250 3 SHARE SAVE 250th liker