|Let F = (x³ – e" )i+(y³+sin(z))j+(z³ – xy)k be a vector field. Use the Divergence Theorem to evaluate SS, F ·ndS where o is the closed = V4 - a? – y², z = 0 Answer: 1927/5. surface of the solid hemisphere bounded by z = and oriented by the outward unit normal n.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Hello, I need help with the following problem involving the divergence theorem

 

If steps are shown to show how to get to the answer and explanations. Much appreciated, thanks! 

Let F = (r³ – e" )i+(y³ +sin(z))j+(2³ – xy)k be a vector field. Use
the Divergence Theorem to evaluate fS, F · ndS where o is the closed
V4- a² – y², z = 0
Answer: 1927/5.
surface of the solid hemisphere bounded by z =
and oriented by the outward unit normal n.
Transcribed Image Text:Let F = (r³ – e" )i+(y³ +sin(z))j+(2³ – xy)k be a vector field. Use the Divergence Theorem to evaluate fS, F · ndS where o is the closed V4- a² – y², z = 0 Answer: 1927/5. surface of the solid hemisphere bounded by z = and oriented by the outward unit normal n.
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