I don't have the smallest to largest :/

For example 1, why the rhsf has a minus sign in the return statement?

Thank you

Hello! I am sorry to bother you. I am just a really hopeless student who is really struggling to set up FDS. If by any chance you will see this comment and you would be willing to help me i would be just so grateful. thank you

Hi , can you please do another video but with pde in 2D??

its the most epic excel video I have ever seen frrr

garbage video

Thank you for the explanation. It was very usefull for my college project.

Thank you very much = شُكرا جزيلا

Thanks a lott!!

How can we see the code of this setting so that I can enter it into cantera to modify it?

it says runtime error 9 subscript out of range

Thanks

can this problem be solved analytically?

nice

Thanks for this video. What did you to do autocomplete the column at 00:38?

How to use RadLib in pycharm/spyder

unfortunately, the video doesn't include solutions with the energy equation, necessary for my problem.

So simple, yet easy to overlook unless one is quite familiar with Excel.

Great Hack Sir

thank you. very clear.

Thanks dude.

Great video thanks.if in place of valve we have variable speed.how can we solve?

Thank you for this help video. It did intend help me

I like your format and your example videos thank you.

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🙏☀️🌱

Great lecture! Fascinating how fast the convergence is for these methods.

great

This is actually what I was looking for, the intersection point of two graphs by python. Thank you.

Thankyou

Cannot open the notebook. Could you please check it? Thanks!

👏

Thank you!

really appreciate this man. thanks so much

how would you do a second order using eulers?

Can you share code or is there a write-up on this somewhere?

Have you code, can you share?

Simple and smart! I got extra time to sleep tonight. Thank you so much!!

why the flame become turbulent?

Perfect video, exactly what I was looking for

Pretty well explained, thank you so much.

「もっと多くの人が必要なので、このビデオをもっと

helpfull video thanks can you provide pdf of the slide its urgent

Hi Dr. Lignell, thank you too much for your lecture, but something is wrong that i cannot access your notebook

Thank you for the great overview of the quad function. I think it's amazing how it works under the hood, since it requires few evaluations to reach its error tolerance. I have one small comment on Approach 1: the function you wish to integrate can be defined not just with global variables, but inside another function (created with either def or lambda). So you don't need to make the variables global, and expose them to the risk of something changing them. So, you'd keep f(x, p), but when writing code for a specific circumstance, you'd have my_f(x), which only does "return f(x, my_computed_p)". That way, you can have the generally useful f, which can coexist with the specifically useful my_f. But you can of course just pass the parameters as you show at the end of the video. Thanks!

Great video! Thank you!

Nice Thx.

Nice

Hi Dr. Lignell, great lecture. I just had a quick question-is there a minus sign missing in the slide that introduces the pseudo-spectral method? should n=-N/2+1 under the summation sign?