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Let F = - I + J and Let

Question 25

Multiple Choice

Let F = - $Let F = - i + j and let C be the boundary of circle + = 9 oriented counterclockwise. Use Green's Theorem to evaluate A) 9 \pi B) 0 C) -2 \pi D) 2 \pi E) 3 \pi$ i + $Let F = - i + j and let C be the boundary of circle + = 9 oriented counterclockwise. Use Green's Theorem to evaluate A) 9 \pi B) 0 C) -2 \pi D) 2 \pi E) 3 \pi$ j and let C be the boundary of circle $Let F = - i + j and let C be the boundary of circle + = 9 oriented counterclockwise. Use Green's Theorem to evaluate A) 9 \pi B) 0 C) -2 \pi D) 2 \pi E) 3 \pi$ + $Let F = - i + j and let C be the boundary of circle + = 9 oriented counterclockwise. Use Green's Theorem to evaluate A) 9 \pi B) 0 C) -2 \pi D) 2 \pi E) 3 \pi$ = 9 oriented counterclockwise. Use Green's Theorem to evaluate $Let F = - i + j and let C be the boundary of circle + = 9 oriented counterclockwise. Use Green's Theorem to evaluate A) 9 \pi B) 0 C) -2 \pi D) 2 \pi E) 3 \pi$

A) 9 $\pi$
B) 0
C) -2 $\pi$
D) 2 $\pi$
E) 3 $\pi$

Let F = - I + J and Let

Multiple Choice

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