1. Draw the composite signal flow graph of the system represented by the block diagram shown...

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1. Draw the composite signal flow graph of the system represented by the block diagram shown in Figure 5. R(s) + E(s) E* (s) T = 2 G₁(s) + G₂ (s) Find out the closed loop discrete transfer function Gho(s) G₁(s) = 2Gho(s); G₂(s) = s+2 where Gho(s) represents zero order hold. Figure 5: Block diagram for Exercise 1 C(z) R(z) G3(s): G3(s) = H(s) if 1 s +1' + C* (s) T = 1 C(s) H(s) = 5Gho(s); 1. Draw the composite signal flow graph of the system represented by the block diagram shown in Figure 5. R(s) + E(s) E* (s) T = 2 G₁(s) + G₂ (s) Find out the closed loop discrete transfer function Gho(s) G₁(s) = 2Gho(s); G₂(s) = s+2 where Gho(s) represents zero order hold. Figure 5: Block diagram for Exercise 1 C(z) R(z) G3(s): G3(s) = H(s) if 1 s +1' + C* (s) T = 1 C(s) H(s) = 5Gho(s);