y (0,1) 0 ñ(2) П(3) A ñ(1) B x (2,0) Figure 6.4 Triangular problem domain used for illustration of divergence theorem. Example 6.2 Given a vector field qx divergence theorem. = = 3x²y + y³, qy = 3x + y³ on the domain shown in Figure 6.4, verify the
y (0,1) 0 ñ(2) П(3) A ñ(1) B x (2,0) Figure 6.4 Triangular problem domain used for illustration of divergence theorem. Example 6.2 Given a vector field qx divergence theorem. = = 3x²y + y³, qy = 3x + y³ on the domain shown in Figure 6.4, verify the
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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
Transcribed Image Text:y
(0,1)
0
ñ(2)
П(3)
A
ñ(1)
B
x
(2,0)
Figure 6.4 Triangular problem domain used for illustration of divergence theorem.
Example 6.2
Given a vector field qx
divergence theorem.
=
= 3x²y + y³, qy = 3x + y³ on the domain shown in Figure 6.4, verify the
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