For the feedback system given below, a. Sketch the Root Locus indicating the direction that the CL poles are moving. b. Find the asymptotes (give the angles and the intersection on the real axis). Show all your calculations r(t) c. If the Root Locus have break-away points, find their position on the real axis. Show all your calculations d. If the Root Locus have break-in points, find their position on the real axis. Show all your calculations. + e(t) 2 K s3 +10 s2 + 24 s s+8 s+2 c(t)

Explain what open loop gain is for a dummy? Explain kirkchoffs laws for a dummy?

HG(s) = QUESTION 6 s²+4s+5 Consider the root locus of a unity feedback system that has the open loop transfer function shown below. Find the break point. K(s+1) ² $3 HG(s) = AKI a... bmit. Click Save All Answers to save all answers.

Question 1 (continued) (f) Figure 5 shows a basic shunt feedback transistor bias circuit. RL Rg Figure 5 (i) What voltage would you expect for VCE if RB is reduced to 0 ohms? (ii) Would you expect any component damage to occur under (i)? (g) Determine the peak inter-phase voltage of a prototype 3-phase, star-connected, transformer when the r.m.s ac voltage between phase and neutral is 300 V. VBE-