1 dA , where R lies in the second quadrant and is bounded by the graphs of y = -x, the y-axis, and the circles R x2 x2 + y? + y? + 9 = 1 and x? + y? = 9. In polar coordinates, this integral has the form: 02 r2 . 1. f(r, 0) r drd® Enter the limits of integration (in the event one or more limits is not constant, use T for 0 ): rl = r2 = 01 = 02 = Enter f(r, 0) using T for 0 if needed: f(r, 0) = Enter the final value of the integral:

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Evaluate the double integral over RR using polar coordinates.

1
dA, where Rlies in the second quadrant and is bounded by the graphs of y =-x, the y-axis, and the circles
R x2
x² + y?
+ y? + 9
= 1 and x? + y? = 9.
In polar coordinates, this integral has the form:
02
r2
f(r, 0) r drd0
rl
Enter the limits of integration (in the event one or more limits is not constant, use T for 0 ):
rl =
r2 =
01 =
02 =
Enter f(r, 0) using T for 0 if needed:
f(r, 0) =
Enter the final value of the integral:
Transcribed Image Text:1 dA, where Rlies in the second quadrant and is bounded by the graphs of y =-x, the y-axis, and the circles R x2 x² + y? + y? + 9 = 1 and x? + y? = 9. In polar coordinates, this integral has the form: 02 r2 f(r, 0) r drd0 rl Enter the limits of integration (in the event one or more limits is not constant, use T for 0 ): rl = r2 = 01 = 02 = Enter f(r, 0) using T for 0 if needed: f(r, 0) = Enter the final value of the integral:
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