. Find the equivalent transfer function T(s) = C(s) / R(s) for the system shown. R(s) + G2(s) Gs(s) G6(5) C(s) G3(s)- G4(s) G7(3)-

Solve correctly stepwise plz.

find the transfer function, T(s) of the reduced block diagram of this system.

1. Write the differential equation of the given mechanical systems and determine the transfer function X2(S) Fa(S) x1 k m2 mi Fa bi X2 k b2

Please explain in detail on which option is correct. Thank you.

In 1 8² +38 2s³+6s2+11s+6 2 (s+1)(s+2)(8+3) 8 38³ +682 +11s+6 1 S+ 1 Transfer Fcn Determine the transfer function for the following block diagram s² +48 583 +682 +118+6 1 5+3 Transfer Fcn1 1 1 S+ 2 Transfer Fcn2 1 Out1

4) For each of the following transfer functions, Find the vaiue of 3, Wn and report the kind of response expected. i. 15 14 G(s) ii. G(s) ii. s2+10S+15 s2 +14

1) Find the reduce transfer function of the following. G1(s) = 1/s G2(s) = 1 G3(s) = 1/s G4(s) = 2 G5(s) = 2 H1(s) = 1 H2(s) = 1/s H3(s) = 1 R(s) G₁G₂ H₁ H₂ H3+ G₁ G3 G5 'Y(s)

• Find the transfer function C/R using Mason's Rule R(s) + V₁(s) V6(s) G₁(s) H₁(s) V₂(s) + V3(s) V7(s) G₂(s) H₂(s) V4(s) + + Vs(s) Vg(s) G3(s) H3(s) C(s)

The plot-zero plot of a transfer function G(S) is given below. The transfer function isgiven by