Let F : 3x í – zj + 3xzk be the vector field defined on R and S be the part of the paraboloid 2 z = 1° + y°, z 0 with downward orientation. Find the flux of F across S. Flux= o -76.099111843078

Let F :<br>3x í – zj + 3xzk be the vector field defined on R and S be the part of the paraboloid<br>2<br>z = 1° + y°, z < 4 and a > 0 with downward orientation. Find the flux of F across S.<br>Flux=<br>o -76.099111843078<br>

Extracted text: Let F : 3x í – zj + 3xzk be the vector field defined on R and S be the part of the paraboloid 2 z = 1° + y°, z < 4="" and="" a=""> 0 with downward orientation. Find the flux of F across S. Flux= o -76.099111843078

Jun 04, 2022

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Let F : 3x í – zj + 3xzk be the vector field defined on R and S be the part of the paraboloid 2 z = 1° + y°, z 0 with downward orientation. Find the flux of F across S. Flux= o -76.099111843078

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