V(t) = 8e^(-10)^6 t mV. Please answer in typing format Given the capacitor circuit shown, with C-25 μF, and the time-varying voltage v(t)=8e0 mV, for120, what is the current i(t) through the capacitor?a) -0.3e A20%b) 90c Λ20%c) -2e Ad) None of thesee) -500e-10mAV(1)i(t)+1.00то

Step 1:In order to find the current through capacitor denoted by I(t), I(t)=Cdtdv Step 2:where…

Answered: Given the capacitor circuit shown, with…

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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io2 (in ampere) due to 12 only= Oa. 0.9277621122789 Ob. -4.6388105613945 Oc. 2.3194052806973 Od. -2.3194052806973 (Note that io=i01+io2+io3, where io1 is due to V1, io2 is due to 12 and io3 is due to I1) io3 (in ampere) due to 11 only= Oa. 0.14201486798257 Ob. 1.4201486798257 Oc. 0.71007433991284 Od. -0.21302230197385 (Note that io=i01+io2+io3, where io1 is due to V1, io2 is due to 12 and io3 is due to I1) io (in ampere) = (Note that io=i01+io2+io3, where io1 is due to V1, io2 is due to 12 and io3 is due to I1) Power dissipated by R2 (in watt) =
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Given the capacitor circuit shown, with C-25 μF, and the time-varying voltage v(t)=8e0 mV, for 120, what is the current i(t) through the capacitor? a) -0.3e A 20% b) 90c Λ 20% c) -2e A d) None of these e) -500e-10mA V(1) i(t) +1.00 то