The sphere from question 1(c) is placed close to a sphere with the same form of charge distribution (p(r) = B/r¹), but w
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The sphere from question 1(c) is placed close to a sphere with the same form of charge distribution (p(r) = B/r¹), but w
question 1(c) is placed close to a sphere with the same form of charge distribution (p(r) = B/r¹), but with a total charge of -5 C. The centres of the spheres are separated by a distance Z, where Z=3R. Draw a diagram illustrating this configuration. To your diagram add the electric field lines, and the lines of constant electric potential for this system of charges. Finally, write an algebraic expression for the electric field along the line that runs between the centres of the spheres. (8 marks)
The sphere from