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A hexagonal wire carries a 12 [A] current flowing in the counterclockwise direction. Consider six 2.0 × 10-³ [m] segments of this wire located at the midpoint of each side, each 0.04 [m] from point P. What is the net magnetic field due to these six segments at point P? I = 12 A r = 0.04 m P

A hexagonal wire carries a 12 [A] current flowing in the counterclockwise direction. Consider six 2.0 × 10-³ [m] segments of this wire located at the midpoint of each side, each 0.04 [m] from point P. What is the net magnetic field due to these six segments at point P? I = 12 A r = 0.04 m P

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A hexagonal wire carries a 12 [A] current flowing in the counterclockwise direction. Consider six 2.0 × 10-³ [m] segments of this wire located at the midpoint of each side, each 0.04 [m] from point P. What is the net magnetic field due to these six segments at point P? I = 12 A r = 0.04 m P A. 1.5 [μT], B. 1.5 [T], O C. 9.0 [μT], D. 9.0 [μT], O
Transcribed Image Text:A hexagonal wire carries a 12 [A] current flowing in the counterclockwise direction. Consider six 2.0 × 10-³ [m] segments of this wire located at the midpoint of each side, each 0.04 [m] from point P. What is the net magnetic field due to these six segments at point P? I = 12 A r = 0.04 m P A. 1.5 [μT], B. 1.5 [T], O C. 9.0 [μT], D. 9.0 [μT], O
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