Plot the root locus K(S+1) s2 (S+10) K(s²-25+5) (S+2)(S-0.5) K(S+3) S(S+1)(S+2)(S+4) K(s²+2S+1) • G(s)H(s) %3D • G(s)H(s) = Find the stability region (find K. • G(s)H(s) • G(s)H(s) S3 K(S+0.5) • G(s)H(s) = s²(S+1)² K • G(s)H(s): %3D S(S+3)(S²+2S+2)

Q: 8s+6 (a) Given, G(s) +1. Using phase variable canonical form, convert the transfer s2+8s+3 function…

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Q: tain the state model in U(s)- form of S+3 s(s+ 10) system shown 24 (s+8) 4 (s+1) figure. Ans. : X =…

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Q: Q6 Given : 10 R= 0 + 10 (s +5) S+ 50 What is the steady state error? T = 0.172

A: In this question we need to find a steady state error of the given system.

Q: -Apply root locus technique to draw locus of the closed-loop poles for the system

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Q: Problem 2 Draw a Nyquist plot of the following G(s) and examine the stability. G(s) = 1 s(s² + 0.88…

A: Given the  GS=1SS2+0.8S+1 Toatal number of ploe =3 order=3 Type=1( Toatal number of ploe at origine)

Q: C(s) s+2 2. G(s) = R(s) Write the state matrix s2+4s+3 equation and the output equation in the phase…

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Q: III. Solve for the initial-value problem using Laplace dL - 5°y = 3u(t), y(0) = 1, y'(0) =- 2 +bste…

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Q: 21/ plot the root locus for R(s) S+3 C(s) K(s + 2) s(s + 1) b/ Find the breakaway and break in if…

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Q: Consider a parallel RLC circuit having a resistor of 60, an inductance of 10mH and a capacitance of…

A: In the question, Find the root of the parallel  RLC circuit. Where R,L and C given.

Q: Consider the following circuit, and given: Vin(t) Tout (S) = Vin(t)= (-2e-t cos(5t) + 5e-3t…

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Q: G = 8.s3+2*S2 +5*S+7 9.s²+10.s¹+7

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Q: Find the poles and zeros of the following transfer function. Plot them on the complex plane G(s) =…

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Q: For the following polynomials, use the Routh-Hurwitz method to figure out the number of roots with…

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Q: Problem 4. With the circuit in the zero state, the input to the integrator shown in Figure 4 is =…

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Q: duct?

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Q: Find the value of g(5) if 8(?) = 3e-2"u(t) * 48(t – 1) 48(t – 1) The value of g(5) is

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Q: Problem 3. Determine what K will make the following characteristic function stable (no poles on the…

A: Given characteristics equation : D(s)=s4+Ks3+s2+s1+1

Q: Find the Root locus : (S + 2) G(s) = (s2 + 6s + 10)

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Q: Given that R = 20 2, L = 0.05 H and C = 10“F in the simple LRC circuit and the initial conditions…

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Q: (f) K s(s+ 1) (² + 4s +13)

A: f. Given Data: An open loop system of, G(s)=Ks(s+1)(s2+4s+13) To Find: Root Locus  Procedure: Find…

Q: Select such state variables for the series RLC circuit shown in the picture so that the state…

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Q: Can someone help me explain the DIAGRAM / EVERY STEP, how and why with regards to the solution and…

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Q: Draw the root locus for the following system.

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Q: ANSWER THE FOLLOWING Find the transfer function, G(s) = X1(s)/F(s) as figure below, Select the…

A: In this question,   We need to determine the transfer function, G(s) = X1(s)/F(s)

Q: Find the poles and zeroes of the functions and mark these on the s-plane. K(s + 2)(s + 10) G(s) s(s…

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Q: Draw the root location curves of the system given in the block diagram in the figure? R(s) K G(s)…

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Q: 2. Draw the diagram of the Root Locus (Root Locus) of the following system, b) G(s) s+9 (s + 1)(s +…

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Q: Find the transfer function for the system that has poles and zeros shown in the figure -4 -3 -2 -1 1…

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Q: We saw in class that the Dirac delta function 8(t) can be defined in terms of the "sifting…

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Q: centroid of the system given below is -5 K G(s)H(s) %3D s(s+5)(s+10) Select one: O True O False

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Q: find f(0) in more detail.

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Q: 1. For this circuit, find the expression for I(s). i(0) - 1 A A) I(s) = -(S+6.5) (s+8)(s+0.5) B)…

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Q: for natural response RLC parallel circut , use intial conditons of v(0+) = 0 and iL = -12.25 mA , L…

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Q: Q4 / From Slide 41 chapter 8 (All the 5 steps) ● Construction of root loci Step-1: The first step in…

A: In this questionWe need to draw the root loci of the given system.

Q: Prove a systems³ – 3s² + s + 5 is unstable using the S-Plane and the Routh Hurwitz criterion. (c)

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Q: al CT LTI system has the following transfer function. (S-2)s2+8s+50 step x(t) = u(t) is applied to…

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Q: 5- check the stability of system by analyzing the Nyquist diagram. [0.5(s+1)2+1 -0.5(s-1)] (s+1)2…

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Q: V(s) For the circuit shown, with a damped natural frequency of 8.918 rad/s find the values of L and…

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Q: Sketch the root locus for the given open loop system G(s) = K/ S(S+3)(S+2)

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