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4. Let V : R R³ be given by: V(x,y, z) = (x – y²)e**v*z="i+ j+ (S" cos(tyz) dt) k. Let F = curl(V). Find the flux Vy? + e'1) of the vector field F across the closed boundary o of the solid egg- shaped region given by y? + 22 (0.1x + 2.7)2 1. (A sketch of surface o is attached.) 42

4. Let V : R R³ be given by: V(x,y, z) = (x – y²)e**v*z="i+ j+ (S" cos(tyz) dt) k. Let F = curl(V). Find the flux Vy? + e'1) of the vector field F across the closed boundary o of the solid egg- shaped region given by y? + 22 (0.1x + 2.7)2 1. (A sketch of surface o is attached.) 42

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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How do I find the flux of this vector field in the image attached?

4. Let V : R R³ be given by: V(x,y, z) = (x – y²)e**v*z="i+ j+ (S" cos(tyz) dt) k. Let F = curl(V). Find the flux Vy? + e'1) of the vector field F across the closed boundary o of the solid egg- shaped region given by y? + 22 (0.1x + 2.7)2 1. (A sketch of surface o is attached.) 42
Transcribed Image Text:4. Let V : R R³ be given by: V(x,y, z) = (x – y²)e**v*z="i+ j+ (S" cos(tyz) dt) k. Let F = curl(V). Find the flux Vy? + e'1) of the vector field F across the closed boundary o of the solid egg- shaped region given by y? + 22 (0.1x + 2.7)2 1. (A sketch of surface o is attached.) 42
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