Given a vector field Ę = 3 yz²i + x²y° į – 2xzk bounded by a solid region x² + y* =9 with height Osz54. (a) Sketch the solid region if it is considered in the first octant. (b) By using divergence theorem, show that SSE n dS =[[[2(r^ cos² 0 sin 0 – r² cos 0 )drdOdz , (c) Then, solve SI[2(r* cos² 0 sin 0 – r² cos 0)drd0dz.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Given a vector field Ę = 3yz²i +x*y°j- 2xzķ bounded by a solid region x² + y =9 with height
0sz<4.
(a) Sketch the solid region if it is considered in the first octant.
(b) By using divergence theorem, show that
I| E n dS =[[[2(r* cos² 0 sin 0 – r² cos 0 )drd0dz .
(c) Then, solve
S[[2(r* cos² 0 sin -r² cos 0 )drd0dz.
Transcribed Image Text:Given a vector field Ę = 3yz²i +x*y°j- 2xzķ bounded by a solid region x² + y =9 with height 0sz<4. (a) Sketch the solid region if it is considered in the first octant. (b) By using divergence theorem, show that I| E n dS =[[[2(r* cos² 0 sin 0 – r² cos 0 )drd0dz . (c) Then, solve S[[2(r* cos² 0 sin -r² cos 0 )drd0dz.
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