Determine the electric field amplitude inside inner cylinder

Assignment Help Electrical Engineering

Reference no: EM13293101

A coaxial transmission line consists of two concentric cylinders.The inner cylinder has radius r1 and the outer cylinder has radius r2. The inner cylinder has a surfacecharge density ρS C.m-2, that is uniformly distributed along its length. The outer cylinder has the same totalcharge as the inner cylinder, distributed over its inner surface but is of opposite polarity. Determine theelectric field amplitude,
a) inside the inner cylinder [r < r1]
b) between the cylinders [ r1 < r < r2]
c) outside the outer cylinder [r > r2]

Reference no: EM13293101

Questions Cloud

Describe a residual dividend policy : Compare, contrast, and discuss the amount of dividends (calculated in part b) associated with each of the three capital expenditure amounts.

Plot the two capital structures on a set of ebit-eps axes : Data-Check is considering two capital structures. The key information is shown in the following table. Assume a 40% tax rate.

Evaluate the volume of 6 m naoh required to react : Calculate the volume of 6 M NaOH required to react completely with the amount of methyl salicylate you used. How much of the 6 M NaOH that you used was in excess of the theoretical amount?

Determine the electric field amplitude inside inner cylinder : A coaxial transmission line consists of two concentric cylinders.The inner cylinder has radius r1 and the outer cylinder has radius r2. The inner cylinder has a surfacecharge density ρS C.m-2, that is uniformly distributed along its length.

Complete first-order reactions with rate constants : Why is this only an approximation? Under what conditions can the selectivityremain temperature-independent?

Explain what happens to expected return as beta increases : Financial researchers at Smith Sharon, an investment bank, esti- mate the current security market line as E(Ri) = 4.5 + 6.8(?i).

Define equilibrium system net ionic equation : Equilibrium system given: Fe3+(aq) + SCN- (aq) FeSCN2+(aq) Equilibrium system Net ionic equation? What are the net ionic equations for the following

What should be frequency if the motor has to develop torque : A 50 Hz, 440 V, 3-phase , 4-pole induction motor develops half the rated torque at 1490 r.p.m. with the applied voltage magnitude remaining at the rated value, what should be its frequency if the motor has to develop the same torque at 1550 r.p.m.

User Account

All Pages