4. Find the transfer function using both Block Diagram Reduction and Signal Flow Graph H₁(s) H₁(s) R(s) + G₁($) 1+ C($) G₂(5) G3($) H₂(s) H4(s)

Q3. Apply the Mason's gain formula to the signal- flow graphs shown in figure C(s) C(S) and R(s) N(s) below to find the transfer functions N(5) G15) -H1 (5) G6(5) •C (S) G3(s) G4(S) R(s) • -H: (5) -1

X=2 Y=8

For an electrical circuit system shown in Figure Q1, analyze the circuit and then describe the transfer function, G (s) = Eo (s) / Ei (s). R1 R2 V(s) Vo(s) I(s) V(s) R3 V2(8) C

Q3 Based on Block Diagram Algebra, find the transfer function in Figure Q3. RO) Gr(s) H(s) G₂(s) H₂(1) Figure Q3 R(S) for the system shown H₂(s) Gr(s) C(s)

please help, solve on paper i will like guarentee

1-Determine the transfer function of the circuit in Figure 5 on standard form on standard form. 2-Determine the state-space model of the circuit in Figure using the state variables x = [x1 x2]^T = [vC iL]^T , the input variable u = Uin and the output variable y = Uout. To analyze the electrical circuit, the differential equations of the system components are given for an ideal capacitor: and for an ideal inductor:(see the another photo) :

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Q3. Apply the Mason's gain formula to the signal- flow graphs shown in figure C C(s) and - N(s) R(s) below to find the transfer functions NG -HI (5) G6(S) C S) G4(5) G3(5) G2S) G1 (5) R(s) • H: (5) -1