G2 R> G G4 -C G3 G6 G5 Figure 3: Block diagram of a control system.

Q: Describe one example of (a) flow control, (b) pressure control, (c) level control, (d) temperature…

A: Different types of valves are to be explained while providing diagram for each.

Q: (a) Why this kind of phenomena is observed?

A: Transfer Funtion- it relates two variables in a physical process, in which one variable is the cause…

Q: Q1/Standard feedback control system has the following transfer functions: Gp=1/(s+1), Gm=6/(s+3),…

A: Given: The transfer functions for a standard feedback control are given as:

Q: Q5: Find the expression between the output concentration Y (t) and response time (t) for the tank in…

A: We need to find the expression between  the output concentration  y(t)  and the response (t)  for…

Q: Q2] A- writes the characteristic equation for the control system shown in figure below B] Use the…

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Q: - A control system can be shown using a block diagram with an input, output, and a certain transfer…

A: given that there is a block diagram given which having input and output we have to find the tranfer…

Q: A unit step change (e.g., U'(s) = 1/s) was introduced to several transfer functions, and the y'(t)…

A: The response of various transfer function to a unit step change is given.

Q: For a first order transfer function given below. Write the ultimate response to an input function…

A: The ultimate response of the input function is to be written.

Q: The block diagram of a feedback control system is shownin Fig. Determine the values of K꜀ that…

A:

Q: 1. In terms of making a process more efficient; Is the PI(Proportional-Integral) controller more…

A: Process controllers maintain the output of process variables such as temperature, pressure, flow, or…

Q: Describe the importance (or functions) of all controller modes (P,I,D). Elaborate your answer with…

A: Various types of controller modes are Proportional (P), Integral (I), and Derivative (D) which are…

Q: Transfer function of a controller is Gc = (6s³ +8s² + 18s)/2s?. The integral time of this controller…

A: Controllers are used in a Feedback system. The four types of controller used in the Chemical…

Q: In the equilibrium-stage model, can each stage have a feed, a vapor sidestream, and/or a liquid…

A: Distillation is the separation process which is widely used in oil refineries. Distillation is the…

Q: For the control system based on the standard feedback control configuration in Fig. 11.8…

A: Consider the control system based on standard feedback control systemGc = kcGP =5-as(s+1)3Gv = Gm =…

Q: 02/ If the forward function for a control system is given below, and the feed backward is unity.…

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Q: Q1. Consider the closed-loop system shown in block diagram below. Estimate the optimum value of the…

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Q: Y(s), 2. Find from Fig. 2. *x(s)* 为一 Fig. 2: Block diagram of a control system.

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Q: The speed of the response of a first- order system is determined by the time constant for the…

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Q: For a feedback control loop like the one in the Figure, consider the following transfer 1 0.1s+3 2…

A: Given  gc =2 g= 2/(7s+1) gd = 1/(0.1s+3)

Q: 2. pure water and salt granules are continuously fed into a well-mixed tank at a rate qw(t) [L/s]…

A: Simple figure is Water+ Salt→Saline solution  (mixed in tank) qw=qw(t) w=w(t) c=c(t)…

Q: The manipulated variable can be defined as the process variable adjusted to bring the controlled…

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Q: Determine an expression for C in terms of R and U for the situation when both set point change and…

A: (a) For the given system : For Regulator  mode of control  U(s) varies but R(S) remains constant…

Q: R(s), KT Ke G₂ G₁ ++ Km + + G3 C(s)

A: For block diagram reduction rule.Rule:2 For Parallel Connection ( Use the Rule 2 for G1, G2…

Q: Write an expression for the closed-loop transfer function for the system of Figure 2 in terms of the…

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Q: Q3/ For the control system shown below, determine: + R(s) || 3 a) C(s)/R(s) 1 S(S + 1) b) C(0) c)…

A: “Since you have posted a question with multiple sub parts, we will provide the solution only to the…

Q: Process Control Q1/Standard feedback control system has the following transfer functions:…

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Q: What is dead band in an On-Off controller? Is this value dependent on the proportional gain?…

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Q: 1. Design a feedback controller for the model given below using IMC method with a first- order IMC…

A: Given: G(s)= S+1(S+2)(S+2)

Q: 6. a) By means of Routh test, determine the stability of the system shown in Figure 4 when Ke-2. K(1…

A: The stability of the given control system is to be mentioned.

Q: B) If the forward function for a control system is given below, and the feed backward is unity. Find…

A: To determine the stability of the system, we need to analyze the poles of the closed-loop transfer…

Q: unwanted signal disturbance

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Q: Use ultimate sensitivity tuning to tune the controller gains.

A: Block diagram of a process which is controlled by a PID controller is given.

Q: 1- Increasing the integral time of controller leads to A. Increase the time constant B. Decrease the…

A: Effect of increase of integral time on time constant is to be determined.

Q: 3. For the control loop shown below, what is the correct P-only (proportional only) controller…

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Q: Transfer function of a controller is Gc = (6s3 +8s2 + 18s)/2s2. The integral time of this controller…

A:

Q: Q1/Standard feedback control system has the following transfer functions: Gp=1/(s+1), Gm=6/(s+3),…

A:

Q: Q1. Characteristics for the Servo problem is given as: 1 G, (s) s2 + 4s + 1' G.(s) = K. ; Gm(s) = G,…

A: Since you have posted a question with multiple sub-parts, we will solve first three sub parts for…