# How can I get solution to this partial differential equation using Wolfram Alpha?

Solve: $\frac{\partial ^3z}{\partial x^3}-4\frac{\partial^3z}{\partial x ^2\partial y}+\frac{\partial ^3 z}{\partial x \partial y^2}-2\frac{\partial^3z}{\partial y^3}=e^{2x+y}$

I want to get the solution to this partial differential equation using Wolfram Alpha. I don't know what to put in the search bar.

• Check out this WolframAlpha hyperlink, @Soumee. – Jose Arnaldo Bebita-Dris Aug 28 '18 at 7:25
• You can write $\enspace$ D[z[x,y],{x,3}] - 4*D[z[x,y],{x,2},y] + D[z[x,y],x,{y,2}] - 2*D[z[x,y],{y,3}] = e^(2x+y) $\enspace$ but I don't know how to get an answer for this third-order linear partial differential equation by WolframAlpa. – user90369 Aug 28 '18 at 8:19
• Are you interested in a general solution or a specific solution? Wolfram might be able to give you a solution if you specify boundary conditions. – Winter Soldier Aug 28 '18 at 20:27
• @WinterSoldier Can I get general solution from wolfram alpha? – Soumee Aug 29 '18 at 7:27
• @Soumee, unfortunately, I do not know how to get a general solution using the online version of Wolfram Alpha. However, I did get a (ugly) general solution using Maple. – Winter Soldier Aug 29 '18 at 10:39