Question: Ey 0 L P > Ex 2 8. (a) Find the potential a distance d from the wire in terms of the angles 1

Ey 0 L P > Ex 2 8. (a) Find the potential

Ey 0 L P > Ex 2 8. (a) Find the potential a distance d from the wire in terms of the angles 1 and 2 shown in the figure above. (b) Use the potential to find E, and Ey at the same point. 18. Find the curl and divergence (for r 0) of each of the vector fields: (a) F = (rxp)(rp); (b) G = (r-p)r. The vector p is a constant vector.

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