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100 V c.1) 15 ms after closing the switch c.2) after 2TC d) voltage across the resistor at t = 1TC e) voltage across the inductor after e.1) 1 TC e.2) 15 ms t = 0 1) For the R-L circuit given, obtain the following: a) instantaneous equation of the current b) graph of the circuit current with respect to time (provide a tabulated data for the current with respect to time) c) current in the circuit 1092 0.2 H e.3) verify that the voltage across the inductor plus the voltage across the resistor at 15 ms equals to the total voltage f) energy consumed by the resistor from t = 0 to 20 ms g) energy stored in the inductor at t = 20 ms h) voltage across the inductor at t = infinity i) voltage across the resistor at t = infinity