Question

Find the area inside r=3 and outside r=3sin 3 theta

Answer #1

1.
Find the arclength of r=cos^(3)(theta/3)
2. Find the area outside r=3 and inside
r^2=18cos(2•theta)
3. Find the slope of the tangent line to r=2sin(4•theta) at
theta=pi/4

Find the area inside of r=1+cos theta, but outside of r=1+sin
theta

Find the area between ? = 1 + sin? ??? ? = 3sin?. r=1+sin?
inside, r=3sin? outside.

Find the exact area of the region inside the circle
r=2cos(theta) but outside the circle r=1

Find the area of the region that is outside the cardioid r = 1
+cos (theta) and inside the circle r = 3 cos (theta), by
integration in polar coordinates.

10. Determine the area of the region that is inside r = 3 sin
(theta) and outside r = 2- sin (theta) .

Find the area inside the graph of r =5-4sin
(theta)

(1 point) Find the area of the region inside r=8sinθ but outside
r=3

Find the area that lies inside r = 3 sin(θ) and outside r = 1 +
sin(θ).

Find the area that lies inside r = 3 sin(θ) and outside r = 1 +
sin(θ).

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