Referring to the diagram,R 1 = 2 ohms, R 2 = 10 ohms, C 1 = 11F, C 2 = 39 F, and

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Referring to the diagram,R1 = 2 ohms, R2 = 10 ohms, C1 = 11F, C2 = 39 F, and V = 84 volts. What is the current, inamps, in the circuit after one time constant for the equivalentcircuit? This is what I have so far.... Req= R1 + R2 = 2 + 10 = 12ohm Ceq= (C1 x C2/ C1+C2) = 8.58F T=RC = 12 x 8.58 = 102.96ms Qmax = CV = 8.58 x 84V = 720.72C t=T Q=(.63)(720.72C) = 454.05C From here I'm lost...Please Help...I'll lifesaver besthelp THANKS! Referring to the diagram,R1 = 2 ohms, R2 = 10 ohms, C1 = 11F, C2 = 39 F, and V = 84 volts. What is the current, inamps, in the circuit after one time constant for the equivalentcircuit? This is what I have so far.... Req= R1 + R2 = 2 + 10 = 12ohm Ceq= (C1 x C2/ C1+C2) = 8.58F T=RC = 12 x 8.58 = 102.96ms Qmax = CV = 8.58 x 84V = 720.72C t=T Q=(.63)(720.72C) = 454.05C From here I'm lost...Please Help...I'll lifesaver besthelp THANKS! This is what I have so far.... Req= R1 + R2 = 2 + 10 = 12ohm Ceq= (C1 x C2/ C1+C2) = 8.58F T=RC = 12 x 8.58 = 102.96ms Qmax = CV = 8.58 x 84V = 720.72C t=T Q=(.63)(720.72C) = 454.05C From here I'm lost...Please Help...I'll lifesaver besthelp THANKS!

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