Figure 1 shows a solenoid A with turn per length n(A) = 100. And figure 2 shows two solenoids, A and B. Solenoid B has n(B) = 100 turns per length. Both wires carries i _=7.8 A and the direction of current is shown in the figure by blue arrow. Assume that magnetic field remains constant near the solenoid on either side. a) Find the magnetic field on the right side, point P, in unit vector notation due to solenoid A only.
Figure 1 shows a solenoid A with turn per length n(A) = 100. And figure 2 shows two solenoids, A and B. Solenoid B has n(B) = 100 turns per length. Both wires carries i _=7.8 A and the direction of current is shown in the figure by blue arrow. Assume that magnetic field remains constant near the solenoid on either side. a) Find the magnetic field on the right side, point P, in unit vector notation due to solenoid A only.
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter31: Gauss’s Law For Magnetism And Ampère’s Law
Section: Chapter Questions
Problem 28PQ: Sketch a plot of the magnitude of the magnetic field as a function of position r for a coax (Fig....
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Figure 1 shows a solenoid A with turn per length n(A) = 100. And figure 2 shows two solenoids, A and B. Solenoid B has n(B) = 100 turns per length. Both wires carries i _=7.8 A and the direction of current is shown in the figure by blue arrow. Assume that magnetic field remains constant near the solenoid on either side. a) Find the magnetic field on the right side, point P, in unit vector notation due to solenoid A only.
Transcribed Image Text:A
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Fig-2
A
Figure 1 shows a sonenoid A with turn per length na = 100. And figure 2 shows two solenoids, A and B. Solenoid B has ng = 100 turns per
length. Both wire carries i = 7.8 A and the direction of current is shown in the figure by blue arrow. Assume that magnetic field remains
constant near the solenoid on either sides.
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