Hi I am working on how to get the last closed field lines of a moving magnetic field (as a bit of background). Anyhow, as part of it, I have to integrate Anybody have any ideas how I would go about doing this?
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c and are assumed to be constants? or they are defined in terms of K?
c and Omega are constants. Everything except K is a constant.
The denominator is not clear, is it: Or ? Maybe it's useful to split the fraction in two fractions with the same denominator.
Originally Posted by Siron The denominator is not clear, is it: Or ? Maybe it's useful to split the fraction in two fractions with the same denominator. The frightening capital letter, omega make the problem to look scary... Prove that:
Originally Posted by Also sprach Zarathustra The frightening capital letter, omega make the problem to look scary... Prove that: That can be proved with integration by parts.
Sorry, I left out a bracket in my original post . I have also changed it so that you no longer have to deal with Omega . Ok, so Let x=u, dv=sin(x) then you have that v=-cos(x) and Sop how does that help with my original equation?
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