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6 Nov 2019
Let W be a sphere of radius 1 centered at the origin. Calculate the flux of F = xy, yz, zx out of W: directly; that is, by computing F . dS, where W is the boundary of W. by a applying the Divergence Theorem. That is, by computing div(F) dV. Show transcribed image text Let W be a sphere of radius 1 centered at the origin. Calculate the flux of F = xy, yz, zx out of W: directly; that is, by computing F . dS, where W is the boundary of W. by a applying the Divergence Theorem. That is, by computing div(F) dV.
Let W be a sphere of radius 1 centered at the origin. Calculate the flux of F = xy, yz, zx out of W: directly; that is, by computing F . dS, where W is the boundary of W. by a applying the Divergence Theorem. That is, by computing div(F) dV.
Show transcribed image text Let W be a sphere of radius 1 centered at the origin. Calculate the flux of F = xy, yz, zx out of W: directly; that is, by computing F . dS, where W is the boundary of W. by a applying the Divergence Theorem. That is, by computing div(F) dV.0
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