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- Jan 26, 2012

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Hi all,

Back on MHF, my Differential Equations Tutorial was beneficial to many members and I was proud of my contribution to the site. However, with the fall of MHF, I have not been able to retrieve my old posts. So my plan is to start a completely new one on this site -- from scratch. I will be incorporating the following sources into my tutorial: DiPrima, Edwards and Penney, THE ORIGINAL Hirsch and Smale, and Arnold (for the theory parts). My goal is to have the tutorial started by the middle of next week, and a pdf version will be attached to each post. I hope to address things I never focused on in the first tutorial, including but not limited to power series methods, numerical methods (Euler's method, Runge Kutta, etc.) and a bit on bifurcations and dynamical systems.

Please stay tuned for updates!

Back on MHF, my Differential Equations Tutorial was beneficial to many members and I was proud of my contribution to the site. However, with the fall of MHF, I have not been able to retrieve my old posts. So my plan is to start a completely new one on this site -- from scratch. I will be incorporating the following sources into my tutorial: DiPrima, Edwards and Penney, THE ORIGINAL Hirsch and Smale, and Arnold (for the theory parts). My goal is to have the tutorial started by the middle of next week, and a pdf version will be attached to each post. I hope to address things I never focused on in the first tutorial, including but not limited to power series methods, numerical methods (Euler's method, Runge Kutta, etc.) and a bit on bifurcations and dynamical systems.

Please stay tuned for updates!

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