HO The coil in an electric generator rotated at 60 Hz has 75 turns with an area of 1 x 10-2m2. The magnetic field is 2.00 tesla; to the nearest hundredth of a volt what is the maximum voltage? Your Answer: 565.49 Answer If the answer to the previous problem was 4.00 µJ/m3, to the nearest hundredth of a HT, what is the corresponding value of the magnetic field in the previous problem? Your Answer: Annun If the capacitor in the previous problem has a plate separation of 1 mm, what is the average displacement current, to the nearest tenth of a microamp, during that time period? Assume a resistance of 197,910 ohms and an applied voltage of 19 volts. Your Answer: Answer
HO The coil in an electric generator rotated at 60 Hz has 75 turns with an area of 1 x 10-2m2. The magnetic field is 2.00 tesla; to the nearest hundredth of a volt what is the maximum voltage? Your Answer: 565.49 Answer If the answer to the previous problem was 4.00 µJ/m3, to the nearest hundredth of a HT, what is the corresponding value of the magnetic field in the previous problem? Your Answer: Annun If the capacitor in the previous problem has a plate separation of 1 mm, what is the average displacement current, to the nearest tenth of a microamp, during that time period? Assume a resistance of 197,910 ohms and an applied voltage of 19 volts. Your Answer: Answer
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The coil in an electric generator rotated at 60 Hz has 75
turns with an area of 1 x 10-2m2. The magnetic field is 2.00 tesla; to the nearest
hundredth of a volt what is the maximum voltage?
Your Answer:
565.49
Answer
If the answer to the previous problem was 4.00 µJ/m³, to the nearest hundredth of a
HT, what is the corresponding value of the magnetic field in the previous problem?
Your Answer:
Annun
If the capacitor in the previous problem has a plate separation of 1 mm, what is the
average displacement current, to the nearest tenth of a microamp, during that time
period? Assume a resistance of 197,910 ohms and an applied voltage of 19 volts.
Your Answer:
Answer
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