The area is .
I need to find the area that is inside the circle with r=1 and outside the cardioid r = 1 + SIN THETA
I know the area of the later is 1/2 the integral of (1 + sin theta)^2 but I am having trouble with the bounds and how to deal with the circle. I would have thought it would be just pi times 1^2 times theta but.... the answer to this whole problem is 2 - pi/4 Can anyone lend a hand? THanks!