The capacitors given in the circuit are uncharged. V = 24V, C₁= 6μF, C₂= 8µF and C₂= 4µF. 2 a) Calculate the amount of charge on the capacitors when switch S is turned to position A. b) Find the voltage drop across each capacitor when switch S is turned to position B after enough time has elapsed. 2 c) If capacitor C₂ is removed from the circuit, how do the capacitance of the remaining capacitors change?

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The capacitors given in the circuit are
uncharged. V = 24V, C₁= 6μF, C₂= 8µF
0
and C₂ = 4μF.
a) Calculate the amount of charge on the
capacitors when switch S is turned to
position A.
b) Find the voltage drop across each
capacitor when switch S is turned to
position B after enough time has elapsed.
c) If capacitor C₂ is removed from the
circuit, how do the capacitance of the
remaining capacitors change?
Vo
A B
S
C₁
C₂
C3
Transcribed Image Text:The capacitors given in the circuit are uncharged. V = 24V, C₁= 6μF, C₂= 8µF 0 and C₂ = 4μF. a) Calculate the amount of charge on the capacitors when switch S is turned to position A. b) Find the voltage drop across each capacitor when switch S is turned to position B after enough time has elapsed. c) If capacitor C₂ is removed from the circuit, how do the capacitance of the remaining capacitors change? Vo A B S C₁ C₂ C3
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