Hi a=70° to the normal to the surface. If the magnetic flux density magnitude in iron (Region One) is 86 [uWb/m), the magnetic field H2[A/m] in air (Region Two) as shown in the Figure is H L: Region One Iron Region Two Air A1000o Oa 234.07 Ob 1756 Oc 2341 Od 11.70 3a11703
Hi a=70° to the normal to the surface. If the magnetic flux density magnitude in iron (Region One) is 86 [uWb/m), the magnetic field H2[A/m] in air (Region Two) as shown in the Figure is H L: Region One Iron Region Two Air A1000o Oa 234.07 Ob 1756 Oc 2341 Od 11.70 3a11703
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![The magnetic field intensity in an iron piece (Region One); H, is directed at
a=70° to the normal to the surface. If the magnetic flux density magnitude
in iron (Region One) is 86 [µWb/m²], the magnetic field H2[A/m] in air
(Region Two) as shown in the Figure is
H
Region One
Iron
Region Two
Air
H.
H=1000o
O a. 234.07
O b. 1756
Oc 23.41
Od. 11.70
Oe.117.03
O 2.34](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F53dc5df8-304c-4fb8-b52d-a25c38a38729%2F1a1d0918-a25e-48d6-a394-fa1e7b4cd01a%2Fglzczik_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The magnetic field intensity in an iron piece (Region One); H, is directed at
a=70° to the normal to the surface. If the magnetic flux density magnitude
in iron (Region One) is 86 [µWb/m²], the magnetic field H2[A/m] in air
(Region Two) as shown in the Figure is
H
Region One
Iron
Region Two
Air
H.
H=1000o
O a. 234.07
O b. 1756
Oc 23.41
Od. 11.70
Oe.117.03
O 2.34
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