Introductory Fluid Mechanics L7 p3 - Reynolds Transport Theorem

[@muhammadfaizan2167]

Professor you are totally awesome .. I got an A because of you in thermodynamics in my last semester ..And I am here for more of this awesome content .. your method of teaching is highly captivating ..Teachers in our university never teach like that they read derived equations of books and we are left with nothing more than confusion ..Thank you

[@NostalgiaGames_Gamer]

thank you professor for this valuable series, i wouldn't have known what to do without this very informative series of lectures, once again you are doing god's work!

[@diyaazaghloul756]

Amazing video thank you

[@giftomoniyi5178]

Thanks for this.

[@kyleschubert8640]

At 26:25 I am pretty sure this is just an error, but the limit of integration on A should be CV and not eta. Because after you write it again with combining B and C the limit shows a control volume integral "CV". This confused me for a little bit.

[@afshincheraghchi9194]

MR.kyle , don't be too rigorous , It's an unintended flaw which could be happened for every one operating a complex calculation, we are mankind ! ! you should be grateful for perceiving this analytical problem and tankful to professor Hugo.

[@brennawakefield7271]

@@afshincheraghchi9194 I didn't see this comment as ungrateful or "rigorous," simply pointing out an error that confused him so that others didn't get stuck on the same thing.

[@user-su1vh5gy1p]

Thank you professor

[@cecihere5270]

could you explain why the area vector in the outflow is different from the inflow? I am not understanding the direction of the area vector and why it was chosen like that. Thank you!

[@sunmichoi6888]

12:34 lol

[@lucapetrescu6990]

you have to appreciate the dry humor 😂