In the above problem, compute the current density if the potential drop along the cylinder is V_(0). Also find the electric field at each point in the cylinder in the case described?

In the above problem, compute the current density if the potential dro

1.	In the above problem, compute the current density if the potential drop along the cylinder is V_(0). Also find the electric field at each point in the cylinder in the case described?
Answer» `(3)/(2)(sigma_(0)V_(0))/(L), (3)/(2)(V_(0)x)/(l^(3//2))` `(sigma_(0)V_(0))/(sqrt(x)), (V_(0)sqrt(x))/(2l^(3//2))` `(2)/(3) (sigma_(0)V_(0))/(sqrt(x)), (2)/(3)(V_(0)sqrt(x))/(l^(3//2))` `(3sigma_(0)V_(0))/(2sqrt(l)), (3V_(0)sqrt(x))/(2l^(3//2))` Answer :D

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In the above problem, compute the current density if the potential drop along the cylinder is V_(0). Also find the electric field at each point in the cylinder in the case described?

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