(Solved): For the second-order RLC circuit shown below, you can show that the inductor current satisfies the ...

For the second-order RLC circuit shown below, you can show that the inductor current satisfies the differential equation + - (R?C + 4) did(0)+(2,1) it (t) = R?LC fort > 0 s. If R? = 2, R? = 2N, C = 1 mF, and L = 2 mH, then the damping ratio (C) for the inductor current response is closest to V? t=0 s L R? 1.5 O <= 0.9 = 1.6 O $=0.75 O = 1.75 O=1 $ = 0.6 $=0.5 <= 1.2 R? m