Let C₁ be the line segment from the point (-4, 8) to the point (2, -4), C₂ be the arc on the parabola y = x²-8 from the point (-4, 8) to the point (2, –4), and R be the region enclosed by C₁ and C₂. Consider the vector field F(x, y) = (−y + 2 cos(2x + y), 2x + cos(2x + y)). a. Evaluate [ F. dR. Ja b. Use Green's Theorem to evaluate [F. dR, where C' is the counterclockwise boundary of the region R. c. Use the results in la and 1b to deduce the value of Ja₂ F.dR.

Algebra and Trigonometry (MindTap Course List)
4th Edition
ISBN:9781305071742
Author:James Stewart, Lothar Redlin, Saleem Watson
Publisher:James Stewart, Lothar Redlin, Saleem Watson
Chapter9: Vectors In Two And Three Dimensions
Section9.FOM: Focus On Modeling: Vectors Fields
Problem 11P
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Let C₁ be the line segment from the point (-4, 8) to the point (2, -4), C₂ be the arc on the
parabola y x²-8 from the point (-4, 8) to the point (2, –4), and R be the region enclosed
by C₁ and C₂. Consider the vector field F(x, y) = (−y + 2 cos(2x + y), 2x + cos(2x + y)).
=
a. Evaluate
Ja F · dŘ.
b. Use Green's Theorem to evaluate
Ja
F. dR, where C is the counterclockwise boundary
of the region R.
c. Use the results in la and 1b to deduce the value of
√·dR.
Transcribed Image Text:Let C₁ be the line segment from the point (-4, 8) to the point (2, -4), C₂ be the arc on the parabola y x²-8 from the point (-4, 8) to the point (2, –4), and R be the region enclosed by C₁ and C₂. Consider the vector field F(x, y) = (−y + 2 cos(2x + y), 2x + cos(2x + y)). = a. Evaluate Ja F · dŘ. b. Use Green's Theorem to evaluate Ja F. dR, where C is the counterclockwise boundary of the region R. c. Use the results in la and 1b to deduce the value of √·dR.
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