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Part D What rms value of the current Irms flows in that case? Express your answer with the appropriate units. μÅ Irms= Value Units Submit Previous Answers Request Answer ?

Part D What rms value of the current Irms flows in that case? Express your answer with the appropriate units. μÅ Irms= Value Units Submit Previous Answers Request Answer ?

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An antenna is created by wrapping a square frame with side length a by a wire N times and then connecting the leads to a resistor R and a capacitor C, as shown in (Figure 1). The loop itself has self-inductance L. A plane electromagnetic wave with electric field E = Emax cos(kz - wt)ĵ propagates in the +z-direction. The origin is at the center of the frame. Figure KG- 1 of 1 Part C The electromagnetic wave has frequency 4.00 MHz and intensity 100 W/m². The coil has N = 50 windings and side length a = 10.0 cm. It follows that its self-inductance is L = 78.0 H. If the resistance in the circuit is R = 100 , what value of the capacitance C results in the resonance frequency of the L-R-C circuit being equal to the frequency of the wave? Express your answer with the appropriate units. C = 2.03x10-11 F Submit ✓ Correct Part D Previous Answers What rms value of the current Irms flows in that case? Express your answer with the appropriate units. " μÀ ^ Irms= Submit Value Units Previous Answers Request Answer Review | Constants ?
Transcribed Image Text:An antenna is created by wrapping a square frame with side length a by a wire N times and then connecting the leads to a resistor R and a capacitor C, as shown in (Figure 1). The loop itself has self-inductance L. A plane electromagnetic wave with electric field E = Emax cos(kz - wt)ĵ propagates in the +z-direction. The origin is at the center of the frame. Figure KG- 1 of 1 Part C The electromagnetic wave has frequency 4.00 MHz and intensity 100 W/m². The coil has N = 50 windings and side length a = 10.0 cm. It follows that its self-inductance is L = 78.0 H. If the resistance in the circuit is R = 100 , what value of the capacitance C results in the resonance frequency of the L-R-C circuit being equal to the frequency of the wave? Express your answer with the appropriate units. C = 2.03x10-11 F Submit ✓ Correct Part D Previous Answers What rms value of the current Irms flows in that case? Express your answer with the appropriate units. " μÀ ^ Irms= Submit Value Units Previous Answers Request Answer Review | Constants ?
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