Given a toroid with 308 turns and 15.34 amperes of current. Determine the amount of flux, in microwebers, passing normal through the cross-section of the core (μ = 1.07 × 4π × 10-7 H/m) if the radius of each turn is 19.71 centimeters. The radius of the toroid itself, not of each turn, is 1.40 meters.
Given a toroid with 308 turns and 15.34 amperes of current. Determine the amount of flux, in microwebers, passing normal through the cross-section of the core (μ = 1.07 × 4π × 10-7 H/m) if the radius of each turn is 19.71 centimeters. The radius of the toroid itself, not of each turn, is 1.40 meters.
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Given a toroid with 308 turns and 15.34 amperes of current. Determine the amount of flux, in microwebers, passing normal through the cross-section of the core (μ = 1.07 × 4π × 10-7 H/m) if the radius of each turn is 19.71 centimeters. The radius of the toroid itself, not of each turn, is 1.40 meters.
Transcribed Image Text:Given a toroid with 308 turns and 15.34 amperes of current. Determine the amount of flux, in microwebers, passing normal through the cross-section of the core (u= 1.07 x 47 x 10-7 H/m) if the radius of each turn is 19.71 centimeters. The radius of the
toroid itself, not of each turn, is 1.40 meters.
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