Question 14 (F): Figure 7 depicts two parallel cylinders of (mobile) charge that have somehow been deposited within a linear, isotropic, homogeneous conductor with conductance o. The surface charge density on each is uniform, and the linear charge density at t= 0 is l, on the cylinder of radius a, and -1, on the cylinder of radius b. a) Show that the current density is zero for s < a and for s>b, and that ola(t) J(a < s

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Question 14 (F): Figure 7 depicts two parallel cylinders of (mobile) charge that have somehow been
deposited within a linear,

d) Show that for a < s <b, the charge density is zero always.
e) Show that ï x B = 0 for a <s<b.
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Figure 7: Left) Two infinitely conductive cylinders with the region between them filled with a conductor
with finite

Question 14 (F): Figure 7 depicts two parallel cylinders of (mobile) charge that have somehow been deposited within a linear, isotropic, homogeneous conductor with conductance o. The surface charge density on each is uniform, and the linear charge density at t= 0 is l, on the cylinder of radius a, and -1, on the cylinder of radius b. a) Show that the current density is zero for s < a and for s>b, and that ola(t) J(a < s

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