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Consider the following potential function and the graph of its equipotential curves to the right. Then answer parts a through

d.Consider the following potential function and the graph of its equipotential curves to the right. Then answer parts a throughb. Show that the vector field is orthogonal to the curve at the point (1,1). What is the first step? OB FIN MM O O W What isAre the tangent vector and the gradient field at (1,1) orthogonal? O O No Yes c. Show that the vector field is orthogonal to

phiφ​(x,y)equals=2 e Superscript x minus y

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Answer #1

AnSawen unc hen and Po knial (uA he graph of Pobanhial H e qui vvc of gh amociakd gradienteld a) The FV eje to os thog onal fThe kangen and oy thago n al gradiend Preld ) Answen NO veckor The field to atall Pon L, v) eu i Po kn hra Cur ve in general

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