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Figure shows a circuit that contains thr...

Figure shows a circuit that contains three identical resistors with resistance R = 9.0`Omega` each, two identical inductors with inductance L = 2.0 mH each, and an ideal battery with emf `epsilon` = 18 V. The current "i" through the battery just after the switch closed is, .......

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Figure shows a circuit that contains three identical resistors with resistance R=0.9 Omega each, two identical inductors with inductance L=2.0 mH each, and an ideal battery with emf epsilon=18 V . The current i through the battery just after the switch closed is.......:

Figure shows a circuit that contains three identical resistors with resistance R=0.9 Omega each, two identical inductors with inductance L=2.0 mH each, and an ideal battery with emf epsilon=18 V . The current i through the battery just after the switch closed is.......:

Figure shows a circuit that contains three identical resistors with reisistance R=9.0 Omega each, two identical inductors with inductance L=2.0mH each, and an ideal battery with emf e= 18V . The current I through th battery just after the switch closed is

Figure shows a circuit that contains three identical resistor with resistance R=9.0 Omega each,two identical inductors with inductance L= 2.0 mH each,and an ideal battery with emf = 18V.The current ' I' through the battery just after the switch closed is,.....

Figure shows a circuit that contains four identical resistors with resistance R = 2.0 Omega , two identical inductors with inductance L = 2.0 mH and an ideal battery with emf E = 9 V. The current 'i' just after the switch 'S' is closed will be :

in the figure shown , a circuit contains two identical resistors with resistance R= Omega and an inductance with L=2 H ,An ideal battery of 15 V is connected in the circuit what will be the current through the battery long after the switch is clossed ?

in the figure shown , a circuit contains two identical resistors with resistance R= Omega and an inductance with L=2 H ,An ideal battery of 15 V is connected in the circuit what will be the current through the battery long after the switch is clossed ?

The figure shows three circuits with identical batteries, inductors and resistance . Rank the circuits in decreasing order, according to the current through the battery just after the switch is closed