In the circuit shown in figure three ideal sources have EMF, E1=1 V and E2=2.5 V and the resistances have the values R1=10 Ω and R2=20 Ω. Find the potential differences VA−VB between the plates A and B of the capacitor C in steady state.

In the circuit shown in figure three ideal sources have EMF, E1=1 V an

1.	In the circuit shown in figure three ideal sources have EMF, E1=1 V and E2=2.5 V and the resistances have the values R1=10 Ω and R2=20 Ω. Find the potential differences VA−VB between the plates A and B of the capacitor C in steady state.
Answer» In the circuit shown in figure three ideal sources have $EMF$ , $E_{1} = 1 V$ and $E_{2} = 2.5 V$ and the resistances have the values $R_{1} = 10 Ω$ and $R_{2} = 20 Ω$ . Find the potential differences $V_{A} - V_{B}$ between the plates $A$ and $B$ of the capacitor $C$ in steady state.

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In the circuit shown in figure three ideal sources have EMF, E1=1 V and E2=2.5 V and the resistances have the values R1=10 Ω and R2=20 Ω. Find the potential differences VA−VB between the plates A and B of the capacitor C in steady state.

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