1
answer
0
watching
266
views
13 Nov 2019
Hi I cannot figure out ALL parts of #11. Thanks.
- a x A Section 194 (2017) E â C Y LOW be the solid boundod by X Y Last w be the solid bounded by X + @ www.wcassign.net/web/student/Assignment Responses/submit?dep=17460797 O 1 10% ... DA 9 search IMy Notes 11. --/3 points Let w be the solid bounded by the paraboloid x = y + z2 and the plane x = 9. Let F= 3x1 + y + zk (a) Let Sy be the surface of the paraboloid oriented in the negative x direction. Find the flux of the vector field through the surface S1. T.da = (b) Let S be the closed boundary of W. Use the Divergence Theorem to find the total flux out of S. divF = Å. dÄ = Submit Answer Save Progress My Notes 12. --1 points Suppose G is a vector field with the property that divG = 5 for 28 || || 8 and that the flux of Ä through the sphere of radius 4 centered at the origin is 20m. Find the flux of Ä through the sphere of radius 6 centered at the origin. flux = O Type here to search e a od 4 X e é o A O 1026 AM * 11/21/2012
Hi I cannot figure out ALL parts of #11. Thanks.
- a x A Section 194 (2017) E â C Y LOW be the solid boundod by X Y Last w be the solid bounded by X + @ www.wcassign.net/web/student/Assignment Responses/submit?dep=17460797 O 1 10% ... DA 9 search IMy Notes 11. --/3 points Let w be the solid bounded by the paraboloid x = y + z2 and the plane x = 9. Let F= 3x1 + y + zk (a) Let Sy be the surface of the paraboloid oriented in the negative x direction. Find the flux of the vector field through the surface S1. T.da = (b) Let S be the closed boundary of W. Use the Divergence Theorem to find the total flux out of S. divF = Å. dÄ = Submit Answer Save Progress My Notes 12. --1 points Suppose G is a vector field with the property that divG = 5 for 28 || || 8 and that the flux of Ä through the sphere of radius 4 centered at the origin is 20m. Find the flux of Ä through the sphere of radius 6 centered at the origin. flux = O Type here to search e a od 4 X e é o A O 1026 AM * 11/21/2012
Jean KeelingLv2
16 May 2019