Q3. Using Mason's rule, find the transfer function, T(s) =C(s)/R(s), for the system represented in Figure (2) CO

By the method told only please and if possible by bartleby tools only not handwritten (if possible)

Please show all the steps in detail

Solve for the voltage output using the transfer function below.  please label your step-by-step on how your solve for the circuit and please dont reupload or copy from other bartleby post because I couldn't understand them.  The answer from the picture is from my other bartleby post. I dont understand how the circled equation arrived. please explain that equation or make your simple computation for the voltage out where I could understand it.

Realize an asynchronous counter circuit that counts as 3->5->4->0->9->4.

Question 3 a) Give a rough sketch for the unit step responses (from rest) for the following transfer functions. Add relevant numerical values to your plots. i) 2 G(s) =- 50 ii) G(s) =- s2 +5s+25

4. Using basic series-parallel circuit analysis and voltage divider, obtain the transfer function VL (s) / V(s) for the circuit shown below: 2 H 0000 A. B. C. D. VL(S) V(s) VL(s) V(s) VL(S) V(s) VL(S) V(s) = = = 2s s²2s+2 3s s²+2s 1 2s s²-3s + 2 S s² + 3s +1 292 ww 292 2 H

8. De duce the trans fere function of the following active cimcuit, Here R,= 82 R2 F 10 52, R3=Rq=202 R3 Ri to V (t)

(b). For the sampled data system shown in the figure, find the step response.(6) E6) (s) T-e-is S+3 T=1 Sec Vs

MATLAB SCRIPT PLEASE!