Derive the transfer function of the following system using Mason's gain rule. G6 G7 G2 G3 G4 Gs GI Uo - Hi - H2 - H3

G3 R(s) C() GI G2 G4 Choose the answer from the following: G,G2G3G, +G;H2 C(s) R(S) 1+G2G3H1+G,G2(G3G4+G3)Hz G,G2 R(S) 1+G,G, + G,G;G3 + G,G2G3G, C(s) C(s) G,G2 R(S) 1+ G,G2G, + G2G3 + G, G2G, G,G,G3 R(S)1+ G,G, + G¿G3 + G,G2G4 C(s) C(s) G, G2 R(S) 1+ G,G, + G2G3 + G;G2G3G4 C(s) G,G2(G3G4+G5) R(S) 1+G2+G,G2G3G4+G5H2 C(s) G,G2 R(S) 1+ (G, + G,)G,G, + G,G2G,G4 G,G2 R(S)¯1+G,G, + G2G3 + G,G2G, C(s)

Basra Technical collage Hanadi Mahmood Ali collage Automatic control Fourth Class ood Al Homework Jonnos b Find the transfer function of the following block diagram 1. Y(6) (2) (2)Y H Cs) G4 R(s) G H2 Ans. C(s) G G,G G 1+ G, G2 Hị + G; G4 H2- G2 G3 H3 + G1 G2 G G4 Hị H2 R(s) 2. G. Y(s) G3 R(s) G, H1 H

Consider the circuit below. R4 E R3- R1 R2 b. a Rs Ro 10V

Please solve the op-amp circuit please

Use Mason’s gain formula to simplify the block diagram shown below to a single fraction C(s)/R(s).  Please show your work Simplify to one polynomial divided by another polynomial.

Please show step by step solution. Determine the error ratio of the block diagram below using a) Block Diagram Reduction, and b) Mason's Gain Rule. H, E G, G, G3 C G, H,

Q2: Are the following two systems (given in the Fig.(2) cquivalent? Prove your answer using Mason's gain formula. R(s) H1 H2 HS ***** R(s) c(s) GI G2 GS H1 H2 H3