The question is

And I am supposed to solve for u.

The answer I got was

Is there a way I can solve for u?

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- Apr 9th 2009, 11:11 AMxwanderingpoetxSeperable Differential EQ
The question is

And I am supposed to solve for u.

The answer I got was

Is there a way I can solve for u? - Apr 9th 2009, 11:29 AMMoo
Hello,

Is there an initial condition so that you can get C ?

Because if C is 0, I have this factorisation :

Since you talked about and , we can assume that u and r are positive.

Thus the solutions are : u=r, or u=r=0 (for the second term, because it's always ) - Apr 9th 2009, 11:34 AMxwanderingpoetx
is just the arbitrary constant associated with the integration. But it isn't given a value so it needs to be in the final equation.