a. M1 = M2 . = ( - 1) m -1) nI 1) nl y M2 = (- 1) nI b. M1 = c. M1 = (- 1) nI y Mạ = ( -1) nI y M2 : (*-1) nI d. M1 = ma ( - 1) nI = M, e. Ninguna de las anteriores
a. M1 = M2 . = ( - 1) m -1) nI 1) nl y M2 = (- 1) nI b. M1 = c. M1 = (- 1) nI y Mạ = ( -1) nI y M2 : (*-1) nI d. M1 = ma ( - 1) nI = M, e. Ninguna de las anteriores
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An infinite solenoid of radius a having n turns per unit length carries a uniform current I. Inside the solenoid there is a magnetic material with magnetic permeability that behaves as: (See image, cross section)
Being the angle that sweeps the radius with respect to the horizontal, as indicated by the cross section shown for the solenoid. The magnitude of the magnetization vector for the above solenoid is:
Select one:
a. M1=M2=((μ1/μ0)−1)πnI
b. M1=((μ1/μ0)−1)nI and M2=((μ1/μ0)−1)nI
c. M1=((μ1/μ0)−1)nI and M2=((μ1/μ0)−1)nI
d. M1=πa((μ1/μ0)−1)nI=M2
e. None of the above
Transcribed Image Text:si 0<θ π
=3 si T <0 < 2m
a
με
Transcribed Image Text:-1) nI
a. M1 = M2
1) nl
y M2 = (- 1) nI
b. M1 =
c. M1 = (- 1) nI y Mạ = ( -1) nI
с. М
d. M1 = ma ( - 1) nI = M,
e. Ninguna de las anteriores
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