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#### Given the systems below, sketch the root locus: a. (35pts) R(S) C(s) K(+1) s(s+2)(s+5)

Given the systems below, sketch the root locus: a. (35pts) R(

*S*) C(*s*) K(+1)*s*(*s*+2)(*s*+5)#### e c(s) X(s) S+3 B(s) D(s) Kh PROBLEM 1 Consider the system shown in the figure...

e c(

*s*) X(*s*)*S*+3 B(*s*) D(*s*) Kh PROBLEM 1 Consider the system shown in the figure above. Write an expression for signal.Xs) in terms of complex variable*s*and output signal C(*s*). a) b) Write the closed-loop transfer fiunction C( for the system. for the system. ) Recalling that for a second-order system such as this, that the closed-loop transfer...#### Problem #5 For the following system, K(s 3) (s2 +2)(s- 2)(s+5) R(s)+ C(s) (a) Sketch the...

Problem #5 For the following system, K(

*s*3) (s2 +2)(*s*- 2)(*s*+5) R(*s*)+ C(*s*) (a) Sketch the root locus. (b) Find the range of K such that the system has only two right-half plane closed-loop poles#### a. 2m/s b. 4m/s c. 7m/s d. 5m/s e. 6 m/s The only force acting on...

a. 2m/

*s*b. 4m/*s*c. 7m/*s*d. 5m/*s*e. 6 m/*s*The only force acting on a 1.0-kg object moving along the x axis is shown. If the velocity Vx is +2.0 m/*s*at t = 0, what is the velocity at t = 4.0*s*? F. (N) 16 8 0 +(*s*) -8#### 0 #UF23 Let s," Show that, for n 22, s (a) ," >S+, (b) Deduce that Spm>S,+ (c) Hence show that the sequence S.) is divergent. 0 #UF23 Let s," Show that, for n 22, s (a) ,&#...

0 #UF23 Let

*s*," Show that, for n 22,*s*(a) ," >*S*+, (b) Deduce that Spm>*S*,+ (c) Hence show that the sequence*S*.) is divergent. 0 #UF23 Let*s*," Show that, for n 22,*s*(a) ," >*S*+, (b) Deduce that Spm>*S*,+ (c) Hence show that the sequence*S*.) is divergent.#### S S с. 2(H)

*S**S*с. 2(H)#### 773 mK/s = _______ K/s

773 mK/

*s*= _______ K/*s*#### 454 mK/s = _______ K/s?

454 mK/

*s*= _______ K/*s*?#### S = a(T-T.) + S, for T

*S*= a(T-T.) +*S*, for T#### find Y(s)/R(s)

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