ameterization of your
> line integral (with parameter q) and so you can write the
> contour integral as
>
> int_a^b f(q) dq
>
> after some substitutions? I'm not sure where you are stuck.
>
> On Mon, May 12, 2008 at 3:29 PM, ohitmano <[EMAIL PROTECTED]>
ameterization of your
> line integral (with parameter q) and so you can write the
> contour integral as
>
> int_a^b f(q) dq
>
> after some substitutions? I'm not sure where you are stuck.
>
> On Mon, May 12, 2008 at 3:29 PM, ohitmano <[EMAIL PROTECTED]>
Hi all, need do solve contour integral of a very complex function
contour is provided with equations: x = cos(q) + cos(4q); y = sin(q) -
sin(4q).
function is very long and complex and I won't post it here, but will
say about some conditions:
it depends on variable(r) that must be >0 because it con
