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Mathematics 18 Online
OpenStudy (chris215):

.

OpenStudy (isaiah.feynman):

I'm eating hotdogs at the moment.

OpenStudy (raffle_snaffle):

eating burritos here. xD

OpenStudy (isaiah.feynman):

From the figure, we are integrating with respect to x. The area is given as \[A = x_{R}-x_{L}\]

OpenStudy (isaiah.feynman):

Sorry, its the integral \[A = \int\limits_{a}^{b} x_{R} - x_{L} dy\]

OpenStudy (isaiah.feynman):

You can find the limits of integration by equating the two equations in terms of y. \[x_{R} = -\frac{ y-6 }{ 2 }\]\[x_{L} = y\]

OpenStudy (isaiah.feynman):

Or you can write \[x_{R} = \frac{ 6-y }{ 2 }\]

OpenStudy (chris215):

I got 3?

OpenStudy (isaiah.feynman):

Sorry, 3 is for what?

OpenStudy (chris215):

my answer

OpenStudy (isaiah.feynman):

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