For an infinite length line of charge density PL = 20 nC/m on the z-axis, find the potential difference VBA between point B(0, 2m, 0) and point A(0, 1m, 0).

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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P Flag question
For an infinite length line of charge
density pL = 20 nC/m on the z-axis,
%3D
find the potential difference VBA
between point B(0, 2m, 0) and point
A(0, 1m, 0).
Select one:
O a. 500 V
b. None of these
O c. 250 kV
O d. -250 V
Transcribed Image Text:P Flag question For an infinite length line of charge density pL = 20 nC/m on the z-axis, %3D find the potential difference VBA between point B(0, 2m, 0) and point A(0, 1m, 0). Select one: O a. 500 V b. None of these O c. 250 kV O d. -250 V
6:20
A ols.liu.edu.lb
K
O False
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P Flag question
Suppose an Electric Flux Density in
the space is given by:
D = 6.p.sino ag (C/m²). Determine
the charge density at the point (2m,
45°, Om).
Select one:
O a. /2 c/m3
O b. -3 /2 c/m³
c. None of these
O d. -3 /2 c/m³
Question 6
Answer saved
Transcribed Image Text:6:20 A ols.liu.edu.lb K O False Question 5 Not yet answered Marked out of 15.00 P Flag question Suppose an Electric Flux Density in the space is given by: D = 6.p.sino ag (C/m²). Determine the charge density at the point (2m, 45°, Om). Select one: O a. /2 c/m3 O b. -3 /2 c/m³ c. None of these O d. -3 /2 c/m³ Question 6 Answer saved
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