Could Mathematica solve a differential equation asymptotically? – mathematica.stackexchange.com 10:12 Posted by Unknown No Comments Here is a 3rd order nonlinear ODE: $$H^2(H_{\eta\eta\eta}-\eta^{-2}H_\eta+\eta^{-1}H_{\eta\eta})-\frac{\eta}{10}=0,$$ which is subject to the boundary conditions: $H(0)=1$ and $H_{\eta\eta}(0)=-c$ ... from Hot Questions - Stack Exchange OnStackOverflow via Blogspot Share this Google Facebook Twitter More Digg Linkedin Stumbleupon Delicious Tumblr BufferApp Pocket Evernote Unknown Artikel TerkaitPTIJ: Can I tell you what’s on my mind? – judaism.stackexchange.comSingle-entry visa issued to the US - question about flight layover – travel.stackexchange.comextracting exit code directly from a command – unix.stackexchange.comAdding file to tbz files – unix.stackexchange.comIs there a country that leans far to the right – politics.stackexchange.comHow did English retain its non-Christian names of the week? – english.stackexchange.com
0 Comment to "Could Mathematica solve a differential equation asymptotically? – mathematica.stackexchange.com"
Post a Comment