Implicit Euler, backward differentiation formula, Jacobian... Made clear, thanks a million!

Thank you Prof. This video saved my life. Recently I needed to give an answer of choosing a right solver to a question about stiff nonlinear ode from Mathematica user forum and no textbook with me on business trip. Very clear explanation of the context.

really awesome explanation, thanks Professor Shen!

I would like to thank you ! it was Amazing . All the best

Amazing explanation. I go to University College London, and this was so helpful! Wish you were my lecturer.

Thanks Prof. Very interesting lecture. Please Prof. I would to know if you have an example of stiff ordinary stochastic differential equation (or Stiff SPDE). Please can you provide us a video about that? wifth your facinating way of teaching. Best.

Hi Wen, thanks so much, this is a true example of a GREAT lecture! Listen, I have a question: do you have any video (or other resources) which would guide me through understanding of fully implicit multistep methods, such as the implicit Runge-Kutta (Or another one, still good for stiff ODEs)? Thank you so much in advance. Cheers, Francesco

Thank you! This really clarified a lot in my book :3

Ma'am, How did you show Xn=(1-39h)^n+(1-h)^n; Yn=(1-39h)^n-(1-h)^n?