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At the moment t = 0, when the charge on ...

At the moment t = 0, when the charge on the capacitor `C_1` is zero, the switch is closed. If `I_0` be the current through inductor at `t = 0`, then for `t > 0` (initally `C_(2)` is unchanged)

A

maximum current through inductor equals `(I_0)/2`

B

maximum current through inductor equals `(C_1I_0)/(C_1 + C_2)`

C

maximum charge on `C_1 = (C_1I_0sqrt(LC_2))/(C_1+C_2)`

D

maximum charge on `C_1 = C_1I_0sqrt(L/(C_1+C_2))`

Text Solution

Verified by Experts

The correct Answer is:
D
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