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Problem 4: A thin, straight, insulating rod with total charge -Q exists from position (-a, -b) to (0, -b). Set up the two well-defined integrals that would evaluate the electric field vector at the origin. You do not have to and should not evaluate the integral. Just set it up. (14 points) (9-'p-)

Problem 4: A thin, straight, insulating rod with total charge -Q exists from position (-a, -b) to (0, -b). Set up the two well-defined integrals that would evaluate the electric field vector at the origin. You do not have to and should not evaluate the integral. Just set it up. (14 points) (9-'p-)

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Problem 4: A thin, straight, insulating rod with total charge -Q exists from position (-a, -6) to (0, -6). Set up the two well-defined integrals that would evaluate the electric field vector at the origin. You do not have to and should not evaluate the integral. Just set it up. (14 points) (१- 'p-)
Transcribed Image Text:Problem 4: A thin, straight, insulating rod with total charge -Q exists from position (-a, -6) to (0, -6). Set up the two well-defined integrals that would evaluate the electric field vector at the origin. You do not have to and should not evaluate the integral. Just set it up. (14 points) (१- 'p-)
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