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A uniform magnetic field of strength B = 1.2 webers/m² exists within an iron core (µ = 1000 µo) as shown in the figure below. If an air gap is cut with the orientation shown, find the magnitude and direction of H in the air gap. Air B B 30° и-1000 иo µ=1000 µo Region 2

A uniform magnetic field of strength B = 1.2 webers/m² exists within an iron core (µ = 1000 µo) as shown in the figure below. If an air gap is cut with the orientation shown, find the magnitude and direction of H in the air gap. Air B B 30° и-1000 иo µ=1000 µo Region 2

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4. A uniform magnetic field of strength B = 1.2 webers/m² exists within an iron core (µ : 1000 lo) as shown in the figure below. If an air gap is cut with the orientation shown, find the magnitude and direction of H in the air gap. Air B B 30° u=1000 µo µ=1000 µo Region 1 2
Transcribed Image Text:4. A uniform magnetic field of strength B = 1.2 webers/m² exists within an iron core (µ : 1000 lo) as shown in the figure below. If an air gap is cut with the orientation shown, find the magnitude and direction of H in the air gap. Air B B 30° u=1000 µo µ=1000 µo Region 1 2
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