thank you for video. it was so easy to understand how to use this function. really perfect you know, I had a problem with code, and I didn't know what I need to do to solve. the problem was in boundary conditions. It really easy to solve my problem)
is there a way to solve these type of problems when you also have boundary conditions for the first derivative? e.g. a function that starts at (T, T') = (T0, 0) and ends at (T, T') = (0, 0) . That would mean 4 boundary conditions for a 1D problem, is it possible?
This is my favorite Minecraft lets play series, keep up the good content
Incredible video, nice and clear explanation. 10/10
thank you for video. it was so easy to understand how to use this function. really perfect
you know, I had a problem with code, and I didn't know what I need to do to solve. the problem was in boundary conditions. It really easy to solve my problem)
how do you solve a 3 order ODE, is it the same as this since we have 3 dimensions for y? and the boundary conditions also double.
Thanks for excellent video.
Flux is in W/m2.
is there a way to solve these type of problems when you also have boundary conditions for the first derivative? e.g. a function that starts at (T, T') = (T0, 0) and ends at (T, T') = (0, 0) . That would mean 4 boundary conditions for a 1D problem, is it possible?
I LOVE YOU SO MUCH THANK YOU THANK YOU THANK YOU THANK YOU THANK YOU
more important