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10 Nov 2019
Please show your works so that I can understand how to solve.Thanks
Show several ways that the vector field is not a gradient vector field. That is, prove that there cannot be a scalar function so that or equivalently, Integrate F around the unit radius counterclockwise circle centered at the origin. Calculate Swirl[F[X]]. Sketch the vector field. Which of the methods (a)-(c) apply to the vector field W[X]
Please show your works so that I can understand how to solve.Thanks
Show several ways that the vector field is not a gradient vector field. That is, prove that there cannot be a scalar function so that or equivalently, Integrate F around the unit radius counterclockwise circle centered at the origin. Calculate Swirl[F[X]]. Sketch the vector field. Which of the methods (a)-(c) apply to the vector field W[X]