1-Find the differantial equation and solve it for the parallel RC circuit is given. TheTOTAL (Sum) current is given as is = ic + ir and ic= C,dVcfor Capacitordt(C).V350a) O IR(e^(-t/RC)-1)b) O IR(1-e^(-t/RC))c) O IR(1+e^(-t/RC))d) O IR(1-e^(t/RC))O Boş bırakKÖnceki1/7Sonraki>КаpatO Aramak için buraya yazın

Answered: Image /qna-images/answer/31d3899b-34a3-417c-94a3-765944cadac6.jpg

'R Find the differantial equation and solve it for the parallel RC circuit is given. The TOTAL (Sum) current is given as is = ic + ir and ic = c“ -dVc for Capacitor dt C (C). a) O IR(e^(-t/RC)-1) b) O IR(1-e^(-t/RC)) c) O IR(1+e^(-t/RC)) d) O IR(1-e^(t/RC)) 50s Boş bırak

'R Find the differantial equation and solve it for the parallel RC circuit is given. The TOTAL (Sum) current is given as is = ic + ir and ic = c“ -dVc for Capacitor dt C (C). a) O IR(e^(-t/RC)-1) b) O IR(1-e^(-t/RC)) c) O IR(1+e^(-t/RC)) d) O IR(1-e^(t/RC)) 50s Boş bırak

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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Question

1-
Find the differantial equation and solve it for the parallel RC circuit is given. The
TOTAL (Sum) current is given as is = ic + ir and ic
= C
,dVc
for Capacitor
dt
(C).
V
350
a) O IR(e^(-t/RC)-1)
b) O IR(1-e^(-t/RC))
c) O IR(1+e^(-t/RC))
d) O IR(1-e^(t/RC))
O Boş bırak
KÖnceki
1/7
Sonraki>
Каpat
O Aramak için buraya yazın

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