Current/Voltage relation for Inductor The circuit shown below is at steady state

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Current/Voltage relation for Inductor The circuit shown below is at steady state before the switch closes. The inductor currents are both zero before the switch closes (i1(0 = i2(0) = 0). The voltage v(t) is given by Determine the inductor currents, i1(t) and i2(t), for t 0. Determine the energy stored by each inductor 200 ms after the switch closes. The parallel inductors can be replaced by an equivalent inductor. Determine the current in the equivalent inductor, directed downward, for t 0. Determine the energy stored by the equivalent inductor 200 ms after the switch closes. Determine the inductor currents, i1(t) and i2(t), for t 0. Remember that the current through an inductor is a continuous function in time given by

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