9. Given vector field F(7)= ||7||² 7 - 57, where T = x i +y5 + z k. Find th flux of the vector field through the closed surface S oreiented outward, that consists of the uppe hemisphere S1 : x2 + y² + z² = 1, z > 0, that is located above the ry-plane, and the unit disk S2 a2 + y? < 1, z = 0 that is located in the ry-plane. 3 (a) Find the flux by evaluating the flux of F through S1 and S2 and using fs FdA = [s, FdA - %3D Ss, FdĂ. (b) Find the flux by applying the Divergence Theorem.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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). Given vector field F(7) = ||7||' 7 – 57, where 7 = xi +y3 +zk. Find the
9.
flux of the vector field through the closed surface S oreiented outward, that consists of the upper
hemisphere S1 : x² + y² + z² = 1, z > 0, that is located above the xy-plane, and the unit disk S2 :
x2 + y? < 1, z = 0 that is located in the xy-plane.
3
(a) Find the flux by evaluating the flux of F through S1 and S2 and using f, FdA = Ss, FdA+
Ss, FdA.
(b) Find the flux by applying the Divergence Theorem.
Transcribed Image Text:). Given vector field F(7) = ||7||' 7 – 57, where 7 = xi +y3 +zk. Find the 9. flux of the vector field through the closed surface S oreiented outward, that consists of the upper hemisphere S1 : x² + y² + z² = 1, z > 0, that is located above the xy-plane, and the unit disk S2 : x2 + y? < 1, z = 0 that is located in the xy-plane. 3 (a) Find the flux by evaluating the flux of F through S1 and S2 and using f, FdA = Ss, FdA+ Ss, FdA. (b) Find the flux by applying the Divergence Theorem.
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