. A line of charge with charge density 2 and length L. The charge density i can...

 

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A line of charge with charge density 2 and length L. The charge density i can be uniform or not uniform The line of charge may lie along any axis, if the coordinate system is given. If the coordinate system is not given, you are free to choose your own coordinate system. You should be able to find the electric field due to the line of charge at any point along a line parallel to the line of charge (eg. points P, Ps, P., P, in the diagram) You should be able to find the electric field due to the line of charge at any point along a line running through and parallel to the line of charge, but not within the line of charge. (eg P: in the diagram) +y P1 P. P P. Question 1 Find the electric field at point P: in the coordinate system given for a thin, uniformly charged rod with charge density 2 and length L, as shown in diagram Make sure that you include all steps. L2 A line of charge with charge density 2 and length L. The charge density i can be uniform or not uniform The line of charge may lie along any axis, if the coordinate system is given. If the coordinate system is not given, you are free to choose your own coordinate system. You should be able to find the electric field due to the line of charge at any point along a line parallel to the line of charge (eg. points P, Ps, P., P, in the diagram) You should be able to find the electric field due to the line of charge at any point along a line running through and parallel to the line of charge, but not within the line of charge. (eg P: in the diagram) +y P1 P. P P. Question 1 Find the electric field at point P: in the coordinate system given for a thin, uniformly charged rod with charge density 2 and length L, as shown in diagram Make sure that you include all steps. L2

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