Solve

A circuit consists of three parallel branches connected between a top node and a bottom node: . Left branch: top node - a resistor with resistance R1 = 120 0 - a battery with voltage V = 9 V (positive terminal on top) - a switch - bottom node. The current in this branch is /1, defined to flow from bottom to top. . Middle branch: top node - a resistor with resistance R2 = 330 0 - bottom node. The current in this branch is 2, defined to flow from top to bottom. . Right branch: top node - a resistor with resistance R3 = 240 0 - an inductor with inductance L = 1.6 mH - bottom node. The current in this branch is 13, defined to flow from top to bottom. H R3 R V L The switch has been open for a long time before it is closed at t = 0. At what time to does the current through the inductor (i.e., I3) reach a value that is 63% of its maximum value? to = S Submit