The capacitors shown in the circuit have capacitance C_(1) = C and C_(2) = 3C and they have been charged to potenitals V_(1) = 2V_(0) and V_(2) = 3V_(0) respectively. Switch S is closed to connect them to the inductor L. (a) Find the maximum current through the inductor (b) Find potential difference across C_(1) and C_(2) when the current in the inductor is maximum.

The capacitors shown in the circuit have capacitance C_(1) = C and C_(

1.	The capacitors shown in the circuit have capacitance C_(1) = C and C_(2) = 3C and they have been charged to potenitals V_(1) = 2V_(0) and V_(2) = 3V_(0) respectively. Switch S is closed to connect them to the inductor L. (a) Find the maximum current through the inductor (b) Find potential difference across C_(1) and C_(2) when the current in the inductor is maximum.
Answer» Answer :(a) `(5V_(0))/(2) sqrt((3C)/(L))` (B) `(7V_(0))/(4),(7V_(0))/(4)`

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