5... The transfer function G(s) in the block diagram has the following parameter values: Ans. a=21; b=19; c= 20; R(s) G(s)= 2 s+as+bs+(c+k) Y(s) Find the range of values for the parameter k, such that all the poles of the transfer function are in the left half-plane. 0212319

Find the transfer function, X1(s)/F(s) For the system show in the figure. r3(1) Syy = 4 N-s/m f(t) fvz = 4 N-s/m K= 5 N/m fvz = 4N-s/m M1 = 4 kg0000 M2 = 4 kg Sv4= 4 N-s/m

Derive the transfer function R(s) Suppose the equations given as X2-g21X1+923X3] X3-931X1+g32X2tg33X3 X4-G42X2+&43X3 There are four nodes X1, X2. X3 and X4 we shall now draw the signal flow graph using above equations: 931 942 933 932 943 1 oC(s) 921 X2 R(s)o- X1 923

Please answer in typing format

I need help with a past exam question that has no answer. I'm not understanding where I'm going wrong in my working out. so need detailed working out to help me. so writing it out more long-winded instead of just a quick answer.

*For the unit step response shown in the figure below, find the transfer function.

1record the output waveform of QA QB QC and Q .draw at least 10circles to enure you see the complete hex waveform.

Derive the transfer function of the system below using method: a. block diagram reduction b. signal flow graph     Please answer in typing format please ASAP for

Handwrite and step by step solutions

draw the locus root diagrams for the transfer function in the picture below and show the calculations and include aymptotes where possible. As well as calculate the break-away and break-in points and the imaginary axis intercepts.