4. Perform the requested analyses: Please note that the Brightspace submission for the zero state response and zero input response (ZSR and ZIR) are separate multiple choice questions for question b) (a) In the circuit below, solve for Umu(t) if iin(t) = u(t), and vout (0 ) =3V. Identify the Zero State and Zero Input Responses: 10Q iin(t) 2 mH out (t) 2 pF (b) (0.5 point for ZSR and 0.5 point for ZIR) In the circuit below, solve for i(t) if i(0 ) = 6A and vin(t) = 2e (+Du(t)V. Identify the Zero State and Zero Input Responses. i(t) V. 2 H in (t) 340Question 4 (0.5 points) Problem 4b (Zero State Response) O iL(ZSR) (t) = (e-(t+2) _e-2(t+1) + 1.5e t + 6e-27) u(t) O iL(ZSR) ( t) = (e-(t+2) + 6e -27) u(t) O iL(ZSR) (t) = 0 O iL(ZSR) (t) = u(t) O i L(ZSR) (t) = (e-(t+2) _ e-2(t+1) + 6e-2t) u(t) O i L( ZSR) ( t ) = ( e-(t+2 ) + e-27 ) u (t ) O iL( ZSR ) ( t ) = ( e-( * + 2 ) _ e- 2 ( * + 1 ) ) u ( t )Problem 4b (Zero Input Response) O iL(ZIR) (t) = 0 O iL(ZIR) (t) = (1.5e * + 6e-2 + te-2t ) u(t) O iL(ZIR) (t) = 6e -2tu(t) O iL(ZIR) (t) = (e-(t+2) - te-2(t+1) ju(t) O iL(ZIR) (t) = (1.5e- + 6e -27)u(t) O i L(ZIR) (t) = (e-(t+2) _ e-2(t+1) ) u(t) O iL( ZIR) ( t ) = u(t )