1. The problem statement, all variables and given/known data A series RLC circuit has a 0.19 mF capacitor, a 16 mH inductor, and a 10.0 resistor, and is connected to an ac source with amplitude 9.0 V and frequency 60 Hz. (a) Calculate the voltage amplitudes VL, VC, VR, and the phase angle phi . VL = V VC = V VR = V angle phi= ° VL= IrmsXL VC=IrmsXC VR=IrmsR angle phi = 3. The attempt at a solution I calculated XL=wL=2pi60Hz*16x10^-3 = 6.03 XC = 1/wC = 1/2pi*60Hz*0.19*10^-3 = 13.96 angle phi =tan-1 (XL-XC/R) which is tan-1(6.03-13.96/10 ohms) = -38.41 degrees. I have been unable to find VL, VC and VR. I tried translating 9V amplitude into rms and got 6.36V. I tried using Vrms=IrmsR to find Irms but have been unsuccessful. Any ideas?