S Which of the following integrals is the result of using Stokes' Theorem to find F.dr where F =< 2xz, 4x², 5y²> and C is curve of intersection of the plane z =x + 4 and the cylinder x+y2=4, oriented counterclockwise when viewed from above? %3D ||(-10rcos(e)+8rsin(e))dr de O a. ,2n Ob. JS (-10r²sin(@)+8r?cos(e))dr de I[ (-10r?cos(@) +8r?sin(@))dr de Oc. ,2 Od. J. J(-10rsin(e)+8rcos(e))dr de Od. O e. None of these
S Which of the following integrals is the result of using Stokes' Theorem to find F.dr where F =< 2xz, 4x², 5y²> and C is curve of intersection of the plane z =x + 4 and the cylinder x+y2=4, oriented counterclockwise when viewed from above? %3D ||(-10rcos(e)+8rsin(e))dr de O a. ,2n Ob. JS (-10r²sin(@)+8r?cos(e))dr de I[ (-10r?cos(@) +8r?sin(@))dr de Oc. ,2 Od. J. J(-10rsin(e)+8rcos(e))dr de Od. O e. None of these
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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![Which of the following integrals is the result of using Stokes' Theorem to find
F.dr where F = < 2xz, 4x2, 5y²> and C is curve of
intersection of the plane Z =X+4 and the cylinder X+y=4, oriented counterclockwise when viewed from above?
,2
J[-10rcos(e)+8rsin(e))dr de
Oa.
ObLL(-10r?sin(0) + 8r?cos(@))dr d@
,2n
2
b.J J (-10r²cos(0)+8r²sin(@))dr de
I] -10rsin(e)+8rcos(0))dr de
Od.
O e. None of these](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc6d45b7c-770b-4dbe-b3cf-74fe1dfded8d%2Fd8e9df8c-766b-473f-ac0d-6596934e6345%2Fb5xn5n_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Which of the following integrals is the result of using Stokes' Theorem to find
F.dr where F = < 2xz, 4x2, 5y²> and C is curve of
intersection of the plane Z =X+4 and the cylinder X+y=4, oriented counterclockwise when viewed from above?
,2
J[-10rcos(e)+8rsin(e))dr de
Oa.
ObLL(-10r?sin(0) + 8r?cos(@))dr d@
,2n
2
b.J J (-10r²cos(0)+8r²sin(@))dr de
I] -10rsin(e)+8rcos(0))dr de
Od.
O e. None of these
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