Posted by **Bob** on Wednesday, October 13, 2010 at 9:10pm.

Find the area of the region lying inside the polar curve r = 2(1 − cos theta) and outside the polar curve r + 4 cos(theta)= 0.

## Answer this Question

## Related Questions

- calculus - Find the area of the region lying inside the polar curve r = 2(1 &#...
- Calculus - I wanted to confirm that I solved these problems correctly (we had to...
- calculus - find the area of the region bounded by the polar curve r=sqrt(6ln(...
- math - put these polar equations into cartesians form: 1) theta=135 degrees 2)...
- math - The region R, is bounded by the graphs of x = 5/3 y and the curve C given...
- math - The region R, is bounded by the graphs of x = 5/3 y and the curve C given...
- MATH-HELP! - The region R, is bounded by the graphs of x = 5/3 y and the curve C...
- why won't anybody help me - The region R, is bounded by the graphs of x = 5/3 y ...
- Math (Calculus) - Given any Cartesian coordinates, (x,y), there are polar ...
- Precalculus - The graph of 4/(2-cos(theta)) forms a closed curve. The area of ...