capacitors have charge such that VB-VA=4V0 and VC-VD=V0. Initial current in the circuit is zero. Find (a) maximum current that will flow in the circuit

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Two capacitors of capacitances 2C and C are connected in series with an inductor of inductance L. Initially, capacitors have charge such that VB-VA=4V0 and VC-VD=V0. Initial current in the circuit is zero. Find (a) maximum current that will flow in the circuit, (b) potential difference across each capacitor at that instant, (c) equation of current flowing towards left in the inductor.
08
Sep
Two capacitors of capacitances 2C and C are connected in series with an inductor of inductance L. Initially, capacitors have charge such that VB-VA=4V0 and VC-VD=V0. Initial current in the circuit is zero. Find (a) maximum current that will flow in the circuit, (b) potential difference across each capacitor at that instant, (c) equation of [...]
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Tags: (b) potential difference across each capacitor at that instant , (c) equation of current flowing towards left in the inductor. , capacitors have charge such that VB-VA=4V0 and VC-VD=V0. Initial current in the circuit is zero. Find (a) maximum current that will flow in the circuit , Two capacitors of capacitances 2C and C are connected in series with an inductor of inductance L. Initially ,