The final value theorem is used to find theSelect one:a. transient behavior of the system output  b. none of thesec. steady state value of the system output d. initial value of the system output

Consider an RL circuit with an initial current of Io for t<0, and then for t>0, the circuit is excited with a 10 V DC source, the complete response of the circuit will be a combination of? Only steady-state valueOnly final valueBoth natural and final valuesOnly natural response

Consider an RL circuit with an initial current of Io for t<0, and then for t>0, the circuit is excited with a 10 V DC source, the complete response of the circuit will be a combination of? Only natural responseOnly final valueOnly steady-state valueBoth natural and final values

Transient response analysis is done for_________ systems. Question 5Answer a. Stable b. Unstable c. Marginally stable d. Conditionally stable

Given the system of Figure 9.4(a), operating with a damping ratio of 0.174,show that the addition of the ideal integral compensator shown in Figure 9.4(b) reducesthe steady-state error to zero for a step input without appreciably affecting transientresponse. The compensating network is chosen with a pole at the origin to increase thesystem type and a zero at 0:1, close to the compensator pole, so that the angularcontribution of the compensator evaluated at the original, dominant, second-order polesis approximately zero. Thus, the original, dominant, second-order closed-loop poles arestill approximately on the new root locus.

State the Steady Flow Energy Equation and state what form of energy each termrepresents.