Please answer question 8 8. From Ampere's law, it can be shown that the magnetic field B inside a long solenoid isB = µonIwhere u, is the permeability constant. Do your results agree with this equation? Explain.9. The permeability constant for a vacuum, Hos has a value of 4tx107 Tm/A. Assuming theequation in step 8 applies to the Slinky, obtain a value of r from your graphs, and compare withthe 'theoreticaľ value. rent (A)Mag. Field0.50.04346Magnetic Field vs. Current0.10531.50.16120.252.0.221y = 1.18E-01x - 1.44E-02y = 0.1177x - 0.01442, 0.2210.21.5, 0.1612ngth of solenoid (m)umber of Turnsarns/m (m^-1)10.159090Î, 0.10530.10.050.5, 0.043462.511.50.5Current (A)2.Magnetic Field1.

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Answered: 8. From Ampere's law, it can be shown…

8. From Ampere's law, it can be shown that the magnetic field B inside a long solenoid is B = HonI where is the permeability constant. Do results agree with this equation? Explain. Ho your

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter22: Magnetism

Section: Chapter Questions

Problem 33PE: What is the direction of the magnetic field that produces the magnetic force shown on the currents...

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Question

Please answer question 8

8. From Ampere's law, it can be shown that the magnetic field B inside a long solenoid is
B = µonI
where u, is the permeability constant. Do your results agree with this equation? Explain.
9. The permeability constant for a vacuum, Hos has a value of 4tx107 Tm/A. Assuming the
equation in step 8 applies to the Slinky, obtain a value of r from your graphs, and compare with
the 'theoreticaľ value.

rent (A)
Mag. Field
0.5
0.04346
Magnetic Field vs. Current
0.1053
1.5
0.1612
0.25
2.
0.221
y = 1.18E-01x - 1.44E-02
y = 0.1177x - 0.0144
2, 0.221
0.2
1.5, 0.1612
ngth of solenoid (m)
umber of Turns
arns/m (m^-1)
1
0.15
90
90
Î, 0.1053
0.1
0.05
0.5, 0.04346
2.5
1
1.5
0.5
Current (A)
2.
Magnetic Field
1.

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