Consider a series RLC circuit. To double the rms emf Erms while holding the rms current Irms constant one could O double the resistance, keep the inductance constant, quarter the capacitance, and double the angular frequency. O double the resistance, halve both the inductance and capacitance, and hold the angular frequency constant. O halve the resistance, double the inductance, halve the capacitance, and hold the angular frequency constant.. O halve the resistance, halve the inductance, double the capacitance, and hold the angular frequency constant. O double each the resistance, inductance, capacitance, and angular frequency.

Consider a series RLC circuit. To double the rms emf Erms while holding the rms current Irms constant one could O double the resistance, keep the inductance constant, quarter the capacitance, and double the angular frequency. O double the resistance, halve both the inductance and capacitance, and hold the angular frequency constant. O halve the resistance, double the inductance, halve the capacitance, and hold the angular frequency constant.. O halve the resistance, halve the inductance, double the capacitance, and hold the angular frequency constant. O double each the resistance, inductance, capacitance, and angular frequency.