Text: Solve the RL-circuit equation LdI/dt RI = E(t) when:(a... | Filo

texts part 2 470 r2max vout rl circuit 2 voltage divider with load 1 derive equation 2 in figure 2 through any circuit analysis method 2 use equation 2 in circuit 2 to find the minimum value 56679

SOLVED:Current in an RL. Circuit The equation governing the amount of current I (in amperes) after time t (in seconds) in a single RL circuit consisting of a resistance R (in ohms), an inductance L (in henrys), and an electromotive force E (in volts) is I=(E)/(R)[1-e^-(R / L) t] (a) If E=120 volts, R=10 ohms, and L=5 henrys, how much current I1 is flowing after 0.3 second? After 0.5 second? After 1 second? (b) What is the maximum current? (c) Graph this function I=I1(t), measuring I along the y