Question

Can you solve question 3.5 please, 3.4 is just the previous question

EP 3.4. The initial energy in the circuit of Fig. 16.17 is zero at i = 0. Assume that w, = 30 (1) V. (a) Find V.(8) using the Thevenin theorem. (b) Apply the initial- and final-value theorems to find v.0) and v.). (e) Obtain v.). 10 IF 20 Figure 16.17 EP 3.5. Repeat EP 3.4 for the circuit in Fig. 16.71 and find V, 0.25 H 1022 w 3V. 0.2F SOV Figure 16.71

Answer 1

in IM IR Yin zu not in & - sol) IH t volti Us 2 30 ut i Ins) AH Vols şry T vols ) th min, + + YEN(S) 30 I 30 417 30 = 30 in= f 30 To 55+ 55t| 30 30 30 in NO(SIF fr sst! 30 (531) - 30s versla th siss+1) the) 1508 +30-305 315511) 1205 +30 vanki 3155+)

In 19. \/r 7 30 3 tion xuln Inc 30 4 in Ty= Ys Ty= 4 (3045) 120 30122 1203+30 ILS) 120+ Intly 215) Vin= 120c430 s156+1) 1206+30 ($13541) 7th Vih IS1 1204436 Ztna 5stl Eth UDE T volk) 2 uth 1205+30 Vth vafot Nols 3155+1) Coztat 2 1 1+1 +2 1) 120 5730 1204430 | <(5.54 (108+3) (881) ( 102+3)

b) intial valere s vols) voco it - op it 120(+30 JUS+3 vocol = 120 To final value s vols) volot et et 30 - 1205430 lust3 303 - 10 O) B A volote + B t vost 12 5+3 s(1+3/10) alu 3703 13 lo vody A= 3100 B= -ob 12 Y-311073 3110 2 10t vols la 20 5+03 volti- (1+2 é uzt ) ult)