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OpenStudy (marcelie):
OpenStudy (marcelie):
find the area of the shaded area
OpenStudy (marcelie):
@agent0smith
OpenStudy (marcelie):
@Photon336
OpenStudy (marcelie):
please help i have no idea how to do this
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satellite73 (satellite73):
i think you can integrate along the y axis from 0 to 3
OpenStudy (marcelie):
oh okay so do i have to set them equal to each other?
OpenStudy (marcelie):
thats how you can find your y points right ?
satellite73 (satellite73):
you don't have to, they did it for you
satellite73 (satellite73):
they tell you that they intersect at \((-3,3)\)
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satellite73 (satellite73):
the one to the right is \(x=2y-y^2\) and the one to the left is \(x=y^2-4y\) subtract the second from the first
satellite73 (satellite73):
you got that? you actually get a nice whole number for the result
OpenStudy (marcelie):
im confuse sorry D:
satellite73 (satellite73):
what is \[2y-y^2-(y^2-4y)\]?
satellite73 (satellite73):
that is the equation on the right minus the one on the left
if you were integrating to find the area with respect to x, i.e. along the x axis, it would be the upper minus the lower curve
but since it is with respect to y, it is the right minus the left
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