(2)For t < 2 s, both switches are closed, and you may assume that the system hasreached steady state. Both switches open at time t = 2 s.(a) Find v₁ (2¯s). (i.e., the left node voltage just before the event)(b) Find v₂ (2-s).(i.e., the right node voltage just before the event)(c) Find v₁ (2+ s). (i.e., the left node voltage just after the event)(d) Find v₂ (t) fort > 2 s.Write the equation.(i.e., for the right node voltage)(24).VaV₁ 2022 mH:8 Vv₂ (t)+Va {252-{2021ΩV₁ (2)₂ (2¯s)v₁ (2+ s)2 mF202OV4V2› (0.5) - va

Answered: Image /qna-images/answer/3d62b73a-7fbc-4ab4-861f-278ea463930b.jpg

(2) For t < 2 s, both switches are closed, and you may assume that the system has reached steady state. Both switches open at time t = 2 s. (a) Find v₁ (2¯s). (i.e., the left node voltage just before the event) (b) Find v₂ (2 s). (c) Find v₁ (2+ s). (i.e., the left node voltage just after the event) (d) Find v₂ (t) fort > 2 s. Write the equation. (i.e., for the right node voltage) (24).Va (i.e., the right node voltage just before the event) 2 mH V₁ 202 8 V v₂ (t) + Va - {202 {202 1Ω V₁ (2) v₂(2¯s) v₁ (2+ s) 2 mF 202 OV 4 V2 > (0.5) - va

(2) For t < 2 s, both switches are closed, and you may assume that the system has reached steady state. Both switches open at time t = 2 s. (a) Find v₁ (2¯s). (i.e., the left node voltage just before the event) (b) Find v₂ (2 s). (c) Find v₁ (2+ s). (i.e., the left node voltage just after the event) (d) Find v₂ (t) fort > 2 s. Write the equation. (i.e., for the right node voltage) (24).Va (i.e., the right node voltage just before the event) 2 mH V₁ 202 8 V v₂ (t) + Va - {202 {202 1Ω V₁ (2) v₂(2¯s) v₁ (2+ s) 2 mF 202 OV 4 V2 > (0.5) - va

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...

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Question

(2)
For t < 2 s, both switches are closed, and you may assume that the system has
reached steady state. Both switches open at time t = 2 s.
(a) Find v₁ (2¯s). (i.e., the left node voltage just before the event)
(b) Find v₂ (2-s).
(i.e., the right node voltage just before the event)
(c) Find v₁ (2+ s). (i.e., the left node voltage just after the event)
(d) Find v₂ (t) fort > 2 s.
Write the equation.
(i.e., for the right node voltage)
(24).Va
V₁ 202
2 mH:
8 V
v₂ (t)
+
Va {252
-
{202
1Ω
V₁ (2)
₂ (2¯s)
v₁ (2+ s)
2 mF
202
OV
4
V2
› (0.5) - va

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