12.6: Nonhomogeneous Boundary Value Problems, Day 1

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  1. Alexandra Niedden
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Комментарии
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Excellent explanation you just saved me from a final. There should be more professors like you, thanks.

marcobarrera
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Wowowowow THANK YOU! I have such an easy time understanding your explanations, and I appreciate that you reference previous video examples. I was able to go pause halfway through (at the section where you reference 12.3) and go back to watch a clear explanation of that as well. Amazing! So helpful!!

AnnieRose
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Wow. Brilliant. I was so confused on how to solve PDEs like this for so long, and I hadn't been able to find any good explanations anywhere! Until now. I actually get it. Thank you! This was extremely well explained.

samcochran
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Dear madam, I request you to post some more problems . Your explanation is very effective.

mat_yt_
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What if the boundary conditions are time-dependent? We cannot say that psi is dependent only on x in that case

mrgriboman
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wow you are way too far better than my lecturer when it comes to explanation i wish i had such a lecturer on my undergraduate PDE course

mathonsimbongiseni
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Aww.. its amazing.. very simple way to explain... I'm very grateful.. love

sanaullahwarraich
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How do u reformulate partial^2 / (partial(x) * partial(y) when letting say function phi(x, y) = v(y)?

MShazarul
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please take a video for nonhomogen wave equation whit nonzero neumann B.C

mohammadmohsendelavari
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thanks for this video. it cover all i need👌🏻👌🏻👌🏻

mohammadmohsendelavari
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same question but if u(x, 0)=x(L-x), how can i solve this problem ?

bugramertol
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God bless you, what would I do in my exams without you <3

cspr
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It is a very wonderful explanation for the non homogenous partial differential equations in RECTANGULAR COORDINATES . I really helps me alot .
I was wandering if there is some videos helps me in POLAR COORDINATES?

mohamedtarek-qhlu
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What if u1 is something with du/dx in it?

CatoVersluis
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Explain eq a and b how can you separate it

JawadAli-fksy
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Does this method work if r is a function only dependant in x, r(x) as a source term ?

jayjayf
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Alexandra, Are non-homogeneous wave equations will also be solved similarly since you didn't make any video for it.

rawailkamran
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omg you made everything easier thank you

danielhernandez-xpvk
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can you upload a video of doing laplace equations chapter 12.5

tonybassem
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Thank you ... explained in a clear manner

pranavranjith