25) i. Find ym 12 1:4 "g!+) 361 16.2 Ug(t) = m con zoot Volts VoR = 80 Volts. RMS
(25) 1. Find um 112 1:4 gt) 16.2 "g(t) = m con 2004 Volts VER = 80 Volls, RMS
1. Find um 12 mu 1:4 55 المسا 16.2 "g(t) = m con 2004 Volts VER = 80 Volts. RAS 2.- Find I 1 3212 VD 20x A 212 321 2 SD
1. Find m 12 1:4 3162 Vg (4) . 162 "g(t) = m con zoot Volts VER : 80 Volts. RMS 2.- (25) Find I, I, 321 A * 20v 212 tu 2 D 320 212 (25) 3. Find ilt) 61 42 1/4) $22 to sec Zov TÝ" 4.- (25) Find i(t) two ways: e) in the time domain 6) using the Laplace the Laplace Transform ilt) + 10 cost Volts 12 lovelts 14
1. Find 1:4 56 3 162 "g(t) = m con 2004 Volts VER = 80 Volts. RMS 2. (25) Find I, I, 321 D zex tu M 212 2 212
1. Find um 12 1:4 ught) 162 "g(t) = m con 2004 Volts VER 80 Volts. RMS
1. Find um 12 1:4 44 3 162 g(t) = I'm con zoot Volts VIER : 80 Volts, RMS 2. (25) Find I, I, 321 ZD 20v 202 21 2 DZ
1. Find 1: هو 09/ g(t) = m con 2004 Volts VoR = 80 Volts. "RMS 2- (25) Find 2 2, 321 SD 20V ہ مد 2 1 2 21 وه
- Find um 12 1:4 w 64 162 Volts Ig(t) = m cos 200€ Voo : 80 Volts RMS
Consider the circuit shown in (Figure 1). Suppose that Vg = 125 cos 250 V 80 uF 50 Ω ug +1 3100 mH Load Find the average power absorbed by the load in the circuit. Use positive value if the power is absorbed and negative value if the power is delivered. Express your answer to three significant figures and include the appropriate units. View Available Hint(s) ID μΑ PR ? P = Value Units Find the reactive power absorbed by...