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\[r=4+3\cos \theta\]

\[\int\limits_{0}^{\pi}\int\limits_{0}^{4+3\cos \theta}\]

how did you get 0 to pie for the interval of theta

that is the question given in the book, there is nomore information

and the thing you would be integrating is r dr dtheta
don't forget the r!

would the integration for r still be from 0 to 4+3costheta

That one is set, I just wasn't sure of the angle.

yeah, i agree

thanks guys