RL Circuit For the circuit in Figure 3 a switch is in the left position (as shown) for a long time and then moved to the right at timet = (a) Draw "Circuit A" at time t = 0¯, the configuration just...

0 (d) Find the expression vi(t) which describes the voltage across the inductor for time t > 0 Figure 4 50 Ω ЗА 800 mH i 5 A 600 2 "/>
Extracted text: RL Circuit For the circuit in Figure 3 a switch is in the left position (as shown) for a long time and then moved to the right at timet = (a) Draw "Circuit A" at time t = 0¯, the configuration just before the switch is flipped (b) Draw "Circuit B" at time t = 0+, the configuration just after the switch is flipped (c) Find the expression i,(t) which describes the current through inductor for time t > 0 (d) Find the expression vi(t) which describes the voltage across the inductor for time t > 0 Figure 4 50 Ω ЗА 800 mH i 5 A 600 2