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6 Nov 2019
I l." 4 Use the Divergence Theorem to evaluate the flux F.dS, where F (22-2, ez, cos z.J3)-nd the surface s is the boundary of the region bounded by z + 4y + 8z-18and the coordinate planes in the first octant. eBook Use the Divergence Theorem to convert the surface integral calculation into one involving a volume integral whose region of integration corresponds to the enclosed space strictly in the first octant between the given plane and coordinate planes. Show transcribed image text
I l." 4 Use the Divergence Theorem to evaluate the flux F.dS, where F (22-2, ez, cos z.J3)-nd the surface s is the boundary of the region bounded by z + 4y + 8z-18and the coordinate planes in the first octant. eBook Use the Divergence Theorem to convert the surface integral calculation into one involving a volume integral whose region of integration corresponds to the enclosed space strictly in the first octant between the given plane and coordinate planes.
Show transcribed image text Sixta KovacekLv2
1 Sep 2019