Let R be the region inside the ellipse x = 4 cos 0, y = 3 sin and outside the circle x = 2 cos 0, y = 2 sin 8. Evaluate the line integral [ (3x where C = C₂ + C₂ is the boundary of R, as shown in the figure. +3) dx + (x³ + 4x) dy (3x²y + R - C₁: Ellipse C₂: Circle C₂ w. 3 C₁

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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12-2

Let R be the region inside the ellipse x = 4 cos 0, y = 3 sin and outside the circle x = 2 cos 0, y = 2 sin 8. Evaluate the line integral
(3x²y + 3) dx + (x² + 4x) dy
where C = C₂ + C₂ is the boundary of R, as shown in the figure.
-M
R
1
+
C₁: Ellipse
C₂: Circle
C₂
ترا
C₁
-x
Transcribed Image Text:Let R be the region inside the ellipse x = 4 cos 0, y = 3 sin and outside the circle x = 2 cos 0, y = 2 sin 8. Evaluate the line integral (3x²y + 3) dx + (x² + 4x) dy where C = C₂ + C₂ is the boundary of R, as shown in the figure. -M R 1 + C₁: Ellipse C₂: Circle C₂ ترا C₁ -x
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