Consider the circuit shown in (Eigure 1). Let = 36.0 V,Ro 50.0 2, R = 150 02, and L=4.00 H.Figurea10°℃RoE+1/+RS₂Lvooo1 of 1 >SonechPart GFind the expression for io as functions of the time t since S₁ was closed. Your results should agree with part A when t=0 and withD when t→ ∞.-0.020€)0.180 (1-et/0.020O 0.180 (1 +et/0.010)O 0.180 (1 +et/0.020)O 0.180 (1-eSubmitPart HRequest AnswerReview | ConFind the expression for Vac as functions of the time t since S₁ was closed. Your results should agree with part B when t=0 and withpart E when t→∞0.O 9.0 (1-et/0.020t/0.0101

Consider the circuit shown in (Figure 1). Let g = 36.0 V, Ro=50.0 , R = 150 2, and L=4.00 H. Figure a Ro E +|1|1 R < 1 of 1 > L 0000 b Part G Find the expression for io as functions of the time t since S₁ was closed. Your results should agree with part A when t=0 and wi D when t→∞. O 0.180 (1-e-0.020) 0.180 (1-et/0.020) O 0.180 (1+/0.010) O 0.180 (1+et/0.020) Submit Part H Request Answer Find the expression for Vac as functions of the time t since S₁ was closed. Your results should agree with part B when t=0 and wi part E when t→∞0. O 9.0 (1-e1/0.020)

Consider the circuit shown in (Figure 1). Let g = 36.0 V, Ro=50.0 , R = 150 2, and L=4.00 H. Figure a Ro E +|1|1 R < 1 of 1 > L 0000 b Part G Find the expression for io as functions of the time t since S₁ was closed. Your results should agree with part A when t=0 and wi D when t→∞. O 0.180 (1-e-0.020) 0.180 (1-et/0.020) O 0.180 (1+/0.010) O 0.180 (1+et/0.020) Submit Part H Request Answer Find the expression for Vac as functions of the time t since S₁ was closed. Your results should agree with part B when t=0 and wi part E when t→∞0. O 9.0 (1-e1/0.020)

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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