A team of storm physicists is attempting to replicate lightningby charging two long cables stretched over a canyon, asshown. One cable will attain a highly positive and uniformcharge density of +A, and the other will attain the sameamount of charge density but opposite in sign (i.e., -A). Sincethe appearance of lightning directly depends on the electricfield strength created by charge separation, they must derivean expression for electric field strength between thetwo cables.The cables are sufficiently long to be approximated asinfinitely long. Calculate the magnitude of the electric fieldstrength E between the two cables as a function of A (thelinear charge density) and r (the distance from the positivelycharged cable). Use co as the permittivity of free space, andassume the wires are separated by a distance D.E =If the value of the linear charge density is A = 50.5 µC/m andthe distance between the two cables is D = 40.5 m, calculate%3Dthe electric field midway between the two cables.electric field:N/C

The electric field at a distance r due to a very long uniform charged conductor is from gauss law…

A team of storm physicists is attempting to by charging two long cables stretched over shown. One cable will attain a highly posit charge density of +1, and the other will att amount of charge density but opposite in s the appearance of lightning directly depene field strength created by charge separation. an expression for electric field strength bet two cables. The cables are sufficiently long to be apprc infinitely long. Calculate the magnitude of

A team of storm physicists is attempting to by charging two long cables stretched over shown. One cable will attain a highly posit charge density of +1, and the other will att amount of charge density but opposite in s the appearance of lightning directly depene field strength created by charge separation. an expression for electric field strength bet two cables. The cables are sufficiently long to be apprc infinitely long. Calculate the magnitude of

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Concept explainers

Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.

Question

A team of storm physicists is attempting to replicate lightning
by charging two long cables stretched over a canyon, as
shown. One cable will attain a highly positive and uniform
charge density of +A, and the other will attain the same
amount of charge density but opposite in sign (i.e., -A). Since
the appearance of lightning directly depends on the electric
field strength created by charge separation, they must derive
an expression for electric field strength between the
two cables.
The cables are sufficiently long to be approximated as
infinitely long. Calculate the magnitude of the electric field
strength E between the two cables as a function of A (the
linear charge density) and r (the distance from the positively
charged cable). Use co as the permittivity of free space, and
assume the wires are separated by a distance D.
E =
If the value of the linear charge density is A = 50.5 µC/m and
the distance between the two cables is D = 40.5 m, calculate
%3D
the electric field midway between the two cables.
electric field:
N/C

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