11 R2 R1 R3 R4 a b I+ L The switch, which has been in position a for a long time in the circuit given above, moves to position b at the moment t=0 it was brought. Where i1=3 A, R1=10 Q, R2=20 Q, R3-20 Q, R4-20 Q, L=0.4 H and C=2 mF it is worth it. Since it is desired to find the value of the voltage v in the given circuit for t 0 (Note 1: If there are initial conditions, please take into account); a-) Find the expression of the voltage v in the s-domain. V(s)=[Select] b-) Find the expression of the voltage v in the time domain. v(t)= [Your choice] (Note 2: Perform your operations using at least 3 digits after the comma.) (Note 3: s*2 is expressed by the square of s, a times a is expressed by s, at times a t is expressed by are made.) <

11 R2 R1 R3 R4 a b I+ L The switch, which has been in position a for a long time in the circuit given above, moves to position b at the moment t=0 it was brought. Where i1=3 A, R1=10 Q, R2=20 Q, R3-20 Q, R4-20 Q, L=0.4 H and C=2 mF it is worth it. Since it is desired to find the value of the voltage v in the given circuit for t 0 (Note 1: If there are initial conditions, please take into account); a-) Find the expression of the voltage v in the s-domain. V(s)=[Select] b-) Find the expression of the voltage v in the time domain. v(t)= [Your choice] (Note 2: Perform your operations using at least 3 digits after the comma.) (Note 3: s*2 is expressed by the square of s, a times a is expressed by s, at times a t is expressed by are made.) <

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

The switch has been in the closed position for a very long time. The switch is opened at t=0. Find the current resistor R1 immediately after the switch is opened.
PLEASE ANSWER QUICK THIS IS TIMED THANK YOU SO MUCH
V1 I + L M ww R3 S1 Imm LL(t) R1 Figure 5: A circuit S2 12 www R2 Given the circuit in figure 5 with component values R₁ = 20 №, R₂ = 80 N, R3 = 1 kN, L = 3.5 H, V₁ = 5 V, 1₂ = 0.51₁(t). Switch S₁ and S₂ are kept in their current state as shown in figure 5 for the circuit to reach steady state. At time t = 0 seconds, both switches (S₁ and S₂) are toggled. Calculate the current through inductor L for all time.
Determine whether the following assumptions are correct, and briefly support your answer based on the voltage and current obtained.a. D1 and D3 are forward and D2 is reverseb. D1 D2 and D3 are direct
Determine the currents
Please answer all subpart I will like only for the all subpart either dislike please..
Express your answers in four decimal places.
Please help me with parts b, c, d, and e
R148 R149 R150 If R148 is 18 Ohms, R149 is 13 Ohms, R150 is 25 Ohms, and there is 4 Amps flowing through R150, what is the current through R148? Please show 3 decimal places and don't include units in your answer (i.e. don't include A in your answer).
In step 3, was the potential at the high side of D2, ‘pulled’ higher or lower, relative to ground, by the jumper wires
Find the total resistance for the two given circuit. Encircle the resistances that will be simplified and redraw the circuit for each step. 502 w R₂ 80V R₁100 R380 R5 4Ω R4 60 ww Rs 602 802 M R6 R₁ R9 40 202
A 1000-VA, 230/115-V transformer has been tested to determine its equivalent cir- cuit. The results of the tests are shown below. Open-circuit test (on secondary side) Short-circuit test (on primary side) Voc = 115 V Vsc = 17.1 V %3D %3D Isc 8.7 A Psc loc =0.11 A Poc = 3.9 W = 38.1 W (a) Find the equivalent circuit of this transformer referred to the low-voltage side of the transformer. (b) Find the transformer's voltage regulation at rated conditions and (1) 0.8 PF lag- ging, (2) 1.0 PF, (3) 0.8 PF leading. (c) Determine the transformer's efficiency at rated conditions and 0.8 PF lagging.