- #1
drynada
<Moderator's note: Moved from a technical forum and thus no template.>
Calculate flux of the vector field $$F=(-y, x, z^2)$$ through the tetraeder $$T(ABCD)$$ with the corner points $$A= (\frac{3}{2}, 0, 0), B= (0, \frac{\sqrt 3}{2},0), C = (0, -\frac{\sqrt 3}{2},0), D = (\frac{1}{2},0 , \sqrt 2)$$ by one dimensional integrtion.
I calculated div, where $$divF = 2z$$
I can see from the points distribution that $$z\in [0,\sqrt 2] $$ And according to theorem of Gauss I should apply this formula.
$$\iiint_TdivFdv$$
How can I separate the integrals to get one dimensional?
Calculate flux of the vector field $$F=(-y, x, z^2)$$ through the tetraeder $$T(ABCD)$$ with the corner points $$A= (\frac{3}{2}, 0, 0), B= (0, \frac{\sqrt 3}{2},0), C = (0, -\frac{\sqrt 3}{2},0), D = (\frac{1}{2},0 , \sqrt 2)$$ by one dimensional integrtion.
I calculated div, where $$divF = 2z$$
I can see from the points distribution that $$z\in [0,\sqrt 2] $$ And according to theorem of Gauss I should apply this formula.
$$\iiint_TdivFdv$$
How can I separate the integrals to get one dimensional?
Last edited by a moderator: