Question: Problem 2: A non-conducting rod has length 2L. The left half of the rod has a negative uniform linear charge density -20, and the right

Problem 2: A non-conducting rod has length 2L. The left half of the rod has a negative uniform linear charge density -20, and the right half has a positive uniform linear charge density +ho (no is a positive constant). a. Find the electric field at point P (located a distance d from the rod). b. Suppose the rod is now turned into an infinitely long rod (with two semi-infinite halves) with the same linear charge density as before. What would the electric field be at point P?

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