meggindia.com/2Form:Subject_test?User_Name=3709413000277732281&Number=3Calculate the voltage across the capacitor v(t) and current through the inductor i(t) fort >0 for the following second order circuit.4Ωv(1)=0.5 Ft=02 H)30 VAnswer Choices:a. v(t)=(2-18r)e V and i(r)= (10-9t)e Ab. v(t)=(2-201)e V and i(t)=(10-10r)e Ac. v(t)=(10-9) e V and i(1) = (2-20r) e Ad. v(t)=(10-10r)e V and i(r)= (2-181)e AAnswerArch37°F Mehpf9|44insprtfo1012fsIOI233$4&78EYFGJLCValtctriOVΣト

Answered: Image /qna-images/answer/0302d9fe-0c39-4c35-b744-9d6e025799eb.jpg

Calculate the voltage across the capacitor v(t) and current through the inductor i(t) fo t>0 for the following second order circuit. 4Ω + v(1) 0.5 F Answer Choices: www 4Ω www ww 892 t=0 13: 30 V a. v(t) = (2-18t) e V and i(t)= (10-9t)e-¹ A b. v(t) = (2-20t) e V and i(t)= (10-10t)e-¹ A c. v(t)=(10-9t) e V and i(t) = (2-20t) e A d. v(t)=(10-10t)e V and i(t) = (2-18t) e A Answer OA Ов 2 H

Calculate the voltage across the capacitor v(t) and current through the inductor i(t) fo t>0 for the following second order circuit. 4Ω + v(1) 0.5 F Answer Choices: www 4Ω www ww 892 t=0 13: 30 V a. v(t) = (2-18t) e V and i(t)= (10-9t)e-¹ A b. v(t) = (2-20t) e V and i(t)= (10-10t)e-¹ A c. v(t)=(10-9t) e V and i(t) = (2-20t) e A d. v(t)=(10-10t)e V and i(t) = (2-18t) e A Answer OA Ов 2 H

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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