In the circuits (a) and (b) switches S1 and S2 are closed at t = 0 and are kept closed for a long time. The variation of currents in the two circuits for t ge 0 are roughly shown by (figures are schematic and not drawn to scale) :

Question

In the circuits (a) and (b) switches S1 and S2 are closed at t = 0 and are kept closed for a long time. The variation of currents in the two circuits for t ge 0 are roughly shown by (figures are schematic and not drawn to scale) : (A)  (B)  (C)  (D)

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<img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/37478f14a6591f2bf1885bf32c6ebc0c-.png" /> In capacitor circuit at time t = o capacitor behaves like zero resistance and the current is maximum i.e. ( E / R ) in circuit, after infinite time the capacitor offers infinite resistance like and current in the circuit is zero. In inductive circuit at time t=0 inductor behaves like infinite resistance and the current is zero in circuit, after infinite time the capacitor behaves like zero resistance and current in the circuit is maximum i.e. ( E / R ).

Q. In the circuits (a) and (b) switches S1​ and S2​ are closed at t=0 and are kept closed for a long time. The variation of currents in the two circuits for t≥0 are roughly shown by (figures are schematic and not drawn to scale) :

Q. In the circuits $(a)$ and $(b)$ switches $S_{1}$ and $S_{2}$ are closed at $t = 0$ and are kept closed for a long time. The variation of currents in the two circuits for $t \geq 0$ are roughly shown by (figures are schematic and not drawn to scale) :