The capacitor of capacitance C can be charged (with the help of a resistance R) by...

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The capacitor of capacitance C can be charged (with the help of a resistance R) by a voltage source V, by closing switch S, while keeping switch S open. The capacitor can be connected in series with an inductor 'L' by closing switch S and opening S. R (A) at t = 0, energy stored in the circuit is purely in the form of magnetic energy (B) at any time t > 0, current in the circuit is in the same direction (C) at t> 0, there is no exchange of energy between the inductor and capacitor (D) at any time t> 0, instantaneous current in the circuit may V, mom L After the capacitor gets fully charged, S, is opened and S is closed so that the inductor is connected in series with the capacitor. Then, The capacitor of capacitance C can be charged (with the help of a resistance R) by a voltage source V, by closing switch S, while keeping switch S open. The capacitor can be connected in series with an inductor 'L' by closing switch S and opening S. R (A) at t = 0, energy stored in the circuit is purely in the form of magnetic energy (B) at any time t > 0, current in the circuit is in the same direction (C) at t> 0, there is no exchange of energy between the inductor and capacitor (D) at any time t> 0, instantaneous current in the circuit may V, mom L After the capacitor gets fully charged, S, is opened and S is closed so that the inductor is connected in series with the capacitor. Then,

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