Please explain the following questions step by step. Thank you

6. An RLC circuit can be used to receive radio signals when the resonant frequency of the circuit matches that of the radio signal. The radio signal acts as the voltage source while the voltage drop across the resistor can be used as the source for a speaker. Calculate an example of resistance, inductance and capacitance that can be used for a 1 MHz radio signal. If one or more of these values is not relevant in setting up the resonance, state which one. 7. An AC voltage source is connected to the RC circuit shown. The AC voltage is Av(t) = Vo sin(wt). Your answers should depend on Vo, R, C, and w. a. What is the impedance of the circuit? do Sogellov brucebeal To 298 b. Use the impedance to find the amplitude of the current in the circuit. c. Determine the amplitude of the voltage across the resistor in the circuit. d. Determine the amplitude of the voltage across the capacitor in the circuit. e. When the angular frequency w is very large, what is the amplitude of the voltage across the resistor and capacitor in the circuit? f. When the angular frequency w is very small, what is the amplitude of the voltage across the resistor and capacitor in the circuit? g. A high-pass filter is one where the voltage measured is small for low frequencies and large for high frequencies. To create a high-pass filter, should one measure the voltage across the resistor or the capacitor