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OpenStudy (anonymous):
evaluate SSxdxdy where where D is the region below y=x, above the x-axis and to the left of y=-x+2
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OpenStudy (turingtest):
draw a sketch of the region D
OpenStudy (anonymous):
What is SS ?
OpenStudy (amistre64):
SS is keyboard for double integral :)
OpenStudy (anonymous):
Thanks @amistre64
OpenStudy (anonymous):
Well I am tired of typing now. So cant answer this question today , sorry . @brotherman
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OpenStudy (amistre64):
time for some fishing i assume :)
OpenStudy (anonymous):
:) I don't eat non-veg ;) its 10:39 PM here, so I would better revise my course.
OpenStudy (anonymous):
Thanks. I just want to know how to get the limits....
OpenStudy (amistre64):
the limits will be determined by the graph of D
OpenStudy (amistre64):
|dw:1363972225215:dw|
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OpenStudy (amistre64):
or if your doing dydx|dw:1363972308321:dw|
OpenStudy (amistre64):
\[\int_{a}^{x_1}\int_{0}^{f(x)}~x~dydx+\int_{x_1}^b\int_{0}^{g(x)}~x~dydx\]
\[\int_{a}^{x_1}~x~f(x)~dx+\int_{x_1}^b~x~g(x)~dx\]etc......
OpenStudy (amistre64):
as turing suggested, draw out the region of D
OpenStudy (anonymous):
Thanks!
OpenStudy (amistre64):
good luck :)
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