@makeitsimpleideas Жыл бұрын
nice informative stuff. Madam, Kindly look at this problem in Matlab, second order BVP. Dependent variable:u=u(y), with M and P are other parameters d^2u/dy^2-M^2*u=P: BCS: u(h)=1, u(k)=1
@Cl0udEater 2 жыл бұрын
Thanks for the video! When you are using the command line in matlab, you can cycle back through your old inputs by pressing the up-arrow key, that way you don't have to copy and paste. I don't know why, but it kinda hurt to watch you do that 🙃
@laylabitar5853 4 жыл бұрын
Thank you for this video. At the very end however, what is the graph telling us, what does each line represent?
@edholanda5897 3 жыл бұрын
Professor how would I solve this system of first order edos numerically by plotting the graph for the different values of (n). the derivatives are in relation to ha (r). a'/r = -e^2*v^2*(g^2 - 1) g' = - a*g/r given the boundary conditions a(0) = n a(inf)=0 g(0) = 0 g(inf)=1 where (e)=0.5 and (v)=1 are constant and n variavel. please give a helping hand there, I looked for and did not find any problems like this on the matlab website.
@mailtokousikz 3 жыл бұрын
Good work madam, could you share the code file
@safdar9688 2 жыл бұрын
I want to need your help
@safdar9688 2 жыл бұрын
Plz help me in my code