1 First Order System A first order system is found to have the output c(t)50 Volts Determine the rise time tr, the settling time t, and the final value of the system (i.e. whenoo. What value does the system take on when. 2 First Order System, again The transfer function of a first order system is given below. Please find the pole location, and the time constant T. If the system is under unity feedback, and also under P control, determine the closed loop transfer fucntion s+2 3 Second Order System For the given circuit, write the expression for the damping ratio and the natural frequency wn in terms of the passive circuit elements R,L, and C. The output is the current I(s), and the input is the voltage source V(s). Figure 1: Figure for Problem 3 4 Second Order System Given a transfer function for an RLC circuit 1/LC o F And component values R = 2.2kQ, L = 10mH and C = 1000pF, determine the peak time tp, the settling time t2, and the percent overshoot %OS