Question: Refer to Prob. 7.16, to which the correct answer was (a) Find the displacement current density Jd. (b) Integrate it to get the total displacement

Refer to Prob. 7.16, to which the correct answer was

(a) Find the displacement current density Jd.

(b) Integrate it to get the total displacement current,

(c) Compare Id and I. (What's their ratio?) If the outer cylinder were, say, 2 mm in diameter, how high would the frequency have to be, for Id to be 1% ofI?

E(s, t) = Holow 27 sin (cor) In () 2. Id i

E(s, t) = Holow 27 sin (cor) In () 2. Id i = [ J-da. Pr

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