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OpenStudy (anonymous):
anyboday help me in surface intigral
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OpenStudy (anonymous):
i just want to now how u take limits in surface intigral
OpenStudy (eyust707):
lets see an example
OpenStudy (anonymous):
ahh ok
OpenStudy (anonymous):
A=(x+y^2)i-2xj+2yzk find surface intigral and S is the surface of plane 2x+y+2z=6in first octant
OpenStudy (eyust707):
\[\int\limits_{}^{}\int\limits_{R}^{}g(x,y,z) (\left| gradient \right|/ \left| gradient * p \right|)dA\]
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OpenStudy (eyust707):
R is a region in the x-y plane that your surface covers.. basically the "shadow"
OpenStudy (eyust707):
g(x,y,x) is your function of your surface = to 0
OpenStudy (eyust707):
dA is dydx
OpenStudy (eyust707):
your bounds reflect dA to enclose the shadow
OpenStudy (eyust707):
and p is the unit vector orthogonal to R
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OpenStudy (eyust707):
which is in this case K
OpenStudy (anonymous):
ahh ok
OpenStudy (eyust707):
and the gradient can be taken of either g(x,y,z) or f(x,y,z) .. i believe
OpenStudy (eyust707):
since the constant wont change anything
OpenStudy (eyust707):
basically just memorize this and youll be fine for the exam
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OpenStudy (anonymous):
ok thanx
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