10. In the circuit of Fig below, find i (t) and v (t) for t > 0. Assume v(0) =0V and i(0) = 1A.4u(1) A2020.5 F1HA. i(t) = {4+ [(3cos1.32t + 1.13 sin 1.32)e¯⁰.5t]}A.B. i(t) = {4 − [(3cos1.32t + 1.13 sin 1.32)e¯0.5t]}A.C. i(t) = {4+ [(3cos1.32t + 1.13 sin 1.32)e¯²t]}A.D. i(t) = {4 − [(3cos1.32t + 1.13 sin 1.32)e¯²t]}A.

Answered: Image /qna-images/answer/5afe844b-4755-4204-b923-d2b3849fc07a.jpg

10. In the circuit of Fig below, find i (t) and v (t) for t> 0. Assume v(0) =0V and i(0) = 1A. 4u(1) A 202 www + 1 V 0.5 F 1H A. i(t) = {4+ [(3cos1.32t + 1.13 sin 1.32)e-0.5t]}A. B. i(t) = {4 - [(3cos1.32t + 1.13 sin 1.32)e-0.5t]}A. C. i(t) = {4+ [(3cos1.32t + 1.13 sin 1.32)e-²t]}A. D. i(t) = {4 − [(3cos1.32t + 1.13 sin 1.32)e-2t]}A.

10. In the circuit of Fig below, find i (t) and v (t) for t> 0. Assume v(0) =0V and i(0) = 1A. 4u(1) A 202 www + 1 V 0.5 F 1H A. i(t) = {4+ [(3cos1.32t + 1.13 sin 1.32)e-0.5t]}A. B. i(t) = {4 - [(3cos1.32t + 1.13 sin 1.32)e-0.5t]}A. C. i(t) = {4+ [(3cos1.32t + 1.13 sin 1.32)e-²t]}A. D. i(t) = {4 − [(3cos1.32t + 1.13 sin 1.32)e-2t]}A.

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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