A capacitor C1=12 μF charged with voltage 4 V is connected across uncharged capacitor C2=4 μF and resistor 2 Ω. At t=0, switch S is closed. At t=t0, voltage across C1 is 3 V, then current in circuit (in A) at t=t0 is (Answer upto two decimal places )

A capacitor C1=12 μF charged with voltage 4 V is connected across unc

1.	A capacitor C1=12 μF charged with voltage 4 V is connected across uncharged capacitor C2=4 μF and resistor 2 Ω. At t=0, switch S is closed. At t=t0, voltage across C1 is 3 V, then current in circuit (in A) at t=t0 is (Answer upto two decimal places )
Answer» A capacitor $C_{1} = 12 μ F$ charged with voltage 4 V is connected across uncharged capacitor $C_{2} = 4 μ F$ and resistor 2 $Ω$ . At $t = 0$ , switch S is closed. At $t = t_{0}$ , voltage across $C_{1}$ is 3 V, then current in circuit (in A) at $t = t_{0}$ is (Answer upto two decimal places )

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A capacitor C1=12 μF charged with voltage 4 V is connected across uncharged capacitor C2=4 μF and resistor 2 Ω. At t=0, switch S is closed. At t=t0, voltage across C1 is 3 V, then current in circuit (in A) at t=t0 is (Answer upto two decimal places )

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