50001000 N160 nF100 mH= 500 N, R2= 1000 N,L = 100 mH,C = 160 nF, i, (t) = 4 cos 5000t mA%3DII%3Di,(t) = 4 cos 5000t mAVg(t)Vc(t)ic(t)V(t)i, (t)VR, (t)Ic(s)s2 + 10 sH(s) =1,(s)s2 + 104 s + 625. 105find the mathematical expression of thecurrent Ic(T) in the steady (continuous)state.R2

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5000 1000 0 160 nF 100 mH R = 500 N, R2 = 1000 N, L = 100 mH,C = 160 nF, i,(t) = 4 cos 5000t mA %3D %3D %3D i(t) = 4 cos 5000t mA Vg(t) Vc(t) iç(t) V(t) i,(t) VR, (t) VR,(t) %3D s2 + 10 s + 10 s + 625. 105 Ic(s) H(s) = find the mathematical expression of the current Ic(T) in the steady (continuous) state.

5000 1000 0 160 nF 100 mH R = 500 N, R2 = 1000 N, L = 100 mH,C = 160 nF, i,(t) = 4 cos 5000t mA %3D %3D %3D i(t) = 4 cos 5000t mA Vg(t) Vc(t) iç(t) V(t) i,(t) VR, (t) VR,(t) %3D s2 + 10 s + 10 s + 625. 105 Ic(s) H(s) = find the mathematical expression of the current Ic(T) in the steady (continuous) state.

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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