1- . Find the differantial equation and solve it for the parallel RC circuit is given. The TOTAL (Sum) current is given as is = ic + ig and ic dVc for Capacitor (C). dt V a) O IR(e^(-t/RC)-1) b) O IR(1-e^(-t/RC)) 350 c) O IR(1+e^(-t/RC)) d) O IR(1-e^(t/RC)) Boş bırak
1- . Find the differantial equation and solve it for the parallel RC circuit is given. The TOTAL (Sum) current is given as is = ic + ig and ic dVc for Capacitor (C). dt V a) O IR(e^(-t/RC)-1) b) O IR(1-e^(-t/RC)) 350 c) O IR(1+e^(-t/RC)) d) O IR(1-e^(t/RC)) Boş bırak
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Find the differantial equation and solve it for the parallel RC circuit is given. The
'R
TOTAL (Sum) current is given as is = ic + ig and ic = C
dVc
for Capacitor
dt
(C).
R
V
a) O IR(e^(-t/RC)-1)
b) O IR(1-e^(-t/RC))
350
c) O IR(1+e^(-t/RC))
d) O IR(1-e^(t/RC))
O Boş bırak
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