Given a vector field F = axxy-a, 2x, find its circulation around the path OABO shown in Fig. 2-22. SOLUTION Let us split the circulation integral into three parts. F.de OABO Along = B L˚F. · So F·de + S" F+de+ S° F path OA: F.de = 0. B F.de. y = 0, F-a,2x, dl = a dx, F.dl=0.

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Given a vector field F = axxy - a, 2x, find its circulation around the path
OABO shown in Fig. 2-22.
SOLUTION
Let us split the circulation integral into three parts.
SOABO
OABO
F.de
=
0
F.de +
S"
B
F⋅de +
°F-d
F.de.
B
OA:
OA: y = 0,
Fa,2x, dl = a dx, F.dl=0.
So
F.de = 0.
Along path
path
FIGURE 2-22 Path for line integral (Examples 2-14 and 2-16).
y4
B
r=3
X
A
Transcribed Image Text:Given a vector field F = axxy - a, 2x, find its circulation around the path OABO shown in Fig. 2-22. SOLUTION Let us split the circulation integral into three parts. SOABO OABO F.de = 0 F.de + S" B F⋅de + °F-d F.de. B OA: OA: y = 0, Fa,2x, dl = a dx, F.dl=0. So F.de = 0. Along path path FIGURE 2-22 Path for line integral (Examples 2-14 and 2-16). y4 B r=3 X A
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