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Two 20*10^-6 F and 15*10^-6 F capacitors are connected in parallel to a 45 V voltage source, disconnected from the emf, and coupled to the circuit shown in the figure. How long will it take for the capacitors to have a potential of 10V? What will be the current through the + +hi

Two 20*10^-6 F and 15*10^-6 F capacitors are connected in parallel to a 45 V voltage source, disconnected from the emf, and coupled to the circuit shown in the figure. How long will it take for the capacitors to have a potential of 10V? What will be the current through the + +hi

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Two 20*10^-6 F and 15*10^-6 F capacitors are connected in parallel to a 45 V voltage source, disconnected from the emf, and coupled to the circuit shown in the figure. How long will it take for the capacitors to have a potential of 10V? What will be the current through the resistors at this instant? S. 50Ω 20 μF 15 μF 30Ω
Transcribed Image Text:Two 20*10^-6 F and 15*10^-6 F capacitors are connected in parallel to a 45 V voltage source, disconnected from the emf, and coupled to the circuit shown in the figure. How long will it take for the capacitors to have a potential of 10V? What will be the current through the resistors at this instant? S. 50Ω 20 μF 15 μF 30Ω
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