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 um 12 1:4 ught) 162 "g(t) = m con 2004 Volts VER 80 Volts. RMS
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
125) i. Find ym 1:4 1864) • 16.2 Volts con Vg(t) = rm 2007 VER = 80 Volts, RMS
25) i. Find ym 12 1:4 "g!+) 361 16.2 Ug(t) = m con zoot Volts VoR = 80 Volts. RMS
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
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 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
- Find um 12 1:4 w 64 162 Volts Ig(t) = m cos 200€ Voo : 80 Volts RMS
(1 point) Similar to 5.2.16 in Rogawski/Adams. Find a, b, and c such that g(t) dt and | gt) dt are as large as possible. ae (1 point) Similar to 5.2.16 in Rogawski/Adams. Find a, b, and c such that g(t) dt and | gt) dt are as large as possible. ae