Answered: Consider an infinite line of charge… | bartleby

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Consider an infinite line of charge with a constant charge density of À lying on
the z-axis. Using Coulomb's law to write the equation of dĎ at any point (xo, 0, 0). Write all vectors
in vector notation clearly also draw the figure showing all the important vectors as you saw in the video
lectures as well as in our class lectures.

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Given : infinite line charge and our task is to calculate D vector ....

As we know that ,

D=ε₀E.....

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This is third time I post it all the time given answer was wrong plz give me complete explanation. I definitely upvote you
Problem 4: who is right? Two parallel, infinite planes of charge have charge densities +20 and -o as shown in Fig. 1 They are at a distance L, from each other. Three students are asked to determine the electric field at points A and B, at a distance L above the top plane, and at a distance L below the bottom plane, respectively, as shown in the figure. Each student comes up with a different answer and a different explanation. Read carefully their statements below. The students are reminded that the electric field magnitude of an infinite plane of charge with charge density a is E = . +26 3+26 Figure 1: Two cquivalent views of the two infinite parallel planes • Student 1 draws the sketch in Fig. 2 [top] and says: "I think from the outside we can think of the two planes as a single infinite plane with charge density +20 - o =0, so then we know the electric field must be a/(2) pointing upwards at point A and also o/(2c) pointing doumwards at B". • Student 2 draws the sketch in Fig. 2…
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