. Calculate the magnetization between two coaxial solenoids. Both solenoids are 45 cm in length and have a relative permeability of 30. The first solenoid has a diameter of 4 mm and a total of 1000 turns. The second solenoid has a diameter of 6 mm and has a total of 600 turns.
. Calculate the magnetization between two coaxial solenoids. Both solenoids are 45 cm in length and have a relative permeability of 30. The first solenoid has a diameter of 4 mm and a total of 1000 turns. The second solenoid has a diameter of 6 mm and has a total of 600 turns.
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Transcribed Image Text:. Calculate the magnetization between two coaxial solenoids. Both solenoids are 45 cm in
length and have a relative permeability of 30. The first solenoid has a diameter of 4 mm
and a total of 1000 turns. The second solenoid has a diameter of 6 mm and has a total of
600 turns.
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