100 www 1. The circuit shown below is driven by a current source of the form i(t) = 25 cos(50,000r) mA. Please do the following: Script e 4 mH Draw the equivalent frequency-domain (I.e. phasor domain) circuit, showing the impedance of each element. b) Determine the combined impedance of the entire network. cl Determine the phasor for the voltage v0. d) Determine the time-domain expression for the voltage (i.e. find Vocos(wt + 4)). 80 nF 5000 Note: Please express the impedance values in polar form 12345 1 z_cap_mag = [250] Enter the magnitude of the capacitor impedance z_cap_ph z_ind_mag 4 z_ind_ph = [deg2rad (45)] 1 [deg2rad (0)] Enter the phase of the capacitor impedance in degrees []%Enter the magnitude of the inductor impedance Enter the phase of the capacitor impedance in degrees [] Enter the magnitude of the equivalent impedance 5 z_eq_mag 6 z_eq_ph = [deg2 rad (26.56)] %Enter the phase of the equivalent impedance in degre 7 vo_mag = B vo_ph = [5.59] Enter the magnitude of vo [26.565] Enter the phase