Question: Let (mathbf{F}(x, y)=leftlangle x+y^{2}, x^{2}-yightangle), and let (C) be the unit circle, oriented counterclockwise. Evaluate (oint_{C} mathbf{F} cdot d mathbf{r}) directly as a line integral

Let \(\mathbf{F}(x, y)=\left\langle x+y^{2}, x^{2}-yightangle\), and let \(C\) be the unit circle, oriented counterclockwise. Evaluate \(\oint_{C} \mathbf{F} \cdot d \mathbf{r}\) directly as a line integral and using Green's Theorem.

THEOREM 1 Green's Theorem Let D be a domain whose boundary 3D

   

THEOREM 1 Green's Theorem Let D be a domain whose boundary 3D is a simple closed curve, oriented counterclockwise. If F and F2 have continuous partial deriva- tives in an open region containing D, then & Fdx + F2 dy = = 16 ( 3F/ d aFi x ay dA aD 2

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To evaluate the line integral ointC mathbfF cdot d mathbfr directly and using Greens Theorem we need to perform two separate calculations Greens Theorem relates a line integral around a simple closed ... View full answer

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