Find the general solution of

I know how to find the general solution of

Since this is , does this mean integrate with respect to y, than x, and x again?

Thanks.

Would this be the general solution:

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- Dec 23rd 2010, 02:41 PMdwsmithPDE u_{xxy}=1
Find the general solution of

I know how to find the general solution of

Since this is , does this mean integrate with respect to y, than x, and x again?

Thanks.

Would this be the general solution:

- Dec 24th 2010, 05:27 AMbrouwer
This seems correct. Differentiating back again for your found solution: yields 1 as well.