In the circuit shown, initially there is no charge on capacitors and keys S and S...

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In the circuit shown, initially there is no charge on capacitors and keys S and S are open. The values of the capacitors are C = 10 F, C = 30 F and C3 = C4 = 80 uF. Which of the statement(s) is/are correct? C 70 2 C 5V S 30 S2 10V 30 -ww C3 www 100 2 Q A. The key S is kept closed for long time such that capacitors are fully charged. Now key S is closed, at this time, the instantaneous current across 300 resistor (between points P and Q) will be 0.2 A (round off to 1st decimal place). B. If key S is kept closed for long time such that capacitors are fully charged, the voltage across the capacitor C will be 4V. C. At time t = 0, the key S is closed, the instantaneous current in the closed circuit will be 25 mA D. If key S is kept closed for long time such that capacitors are fully charged, the voltage difference between points P and Q will be 10 V. In the circuit shown, initially there is no charge on capacitors and keys S and S are open. The values of the capacitors are C = 10 F, C = 30 F and C3 = C4 = 80 uF. Which of the statement(s) is/are correct? C 70 2 C 5V S 30 S2 10V 30 -ww C3 www 100 2 Q A. The key S is kept closed for long time such that capacitors are fully charged. Now key S is closed, at this time, the instantaneous current across 300 resistor (between points P and Q) will be 0.2 A (round off to 1st decimal place). B. If key S is kept closed for long time such that capacitors are fully charged, the voltage across the capacitor C will be 4V. C. At time t = 0, the key S is closed, the instantaneous current in the closed circuit will be 25 mA D. If key S is kept closed for long time such that capacitors are fully charged, the voltage difference between points P and Q will be 10 V.

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