Q1-Prove that the following flowchart depicts a balanced process by writing three balances. 5 Ibm 0.2 lbm Hlbm 0.8 Ibm Olbm 10 Ibm 0.5 Ibm Hlbm 0.5 Ibm Oibm 4 Ibm H2 1 Ibm 02

Q: X(s)- G₁(s) G₂(s) Gy(s) G,(s) G4(s) Gg(s) Go(s) Gg(s) Go(s)

A: Given block diagram is

Q: Generate the Bode plot for the transfer functionG(s)=5(0.5s+1)e^−0.5s/{(20s+1)(4s+1)} where the time…

A:

Q: Derive the transfer function H/Q for the liquid-level system shown below. The resistances are…

A: The transfer function for the given liquid –level system is to be determined.

Q: The objective of experiment is to analyze a core sample containing oil, water and gas. The step of…

A: Given, The bulk volume, VB = 95 cm3 The initial weight, Wi = 216.7 g The density of the water, ρw =…

Q: Q2 prove that the following flow chare depicts a balanced process by writing thae balances: o-8 ibm…

A: Given: In Feed, Total mass F = 10 lbm, mass fraction of H2 = 0.5 and mass fraction of O2 = 0.5 Top…

Q: Derive the equation for 'N' PFR in series. State all the assumptions, and what is the final system…

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Q: A. Chemical engineers apply the basic principles of chemistry, physics, mathematics, computers and…

A: It is true that chemical engineers apply the basic principles of chemistry, physics, mathematics,…

Q: Write a single program to perform the following tasks:…

A: Actually, program is a executable software that runs on a computer.

Q: x(s) = s²-s-6 s³ +2s²-s-2 Q (s) P(s)

A:

Q: Find the transfer functions C(s)/R(s) and C(s)/D(s) for the system given below.

A:

Q: The wall of a furnace is made up of 9.5 in. firebrick (k=0.72 Btu/hr-ft-'F) 5.3 in. of insulating…

A: We are given the follwing information:   Firebrick wall thickness = LA = 9.5 in thermal conductivity…

Q: G₂ (s) 50 ; Gr(s) = 30s + 1' 1 10s +1 ; G₁(s) = 0.016 3s +1

A: Given,

Q: 6.20 Perform two iterations of the Newton's method to minimize the function f (x1, x2) = 100(x2 –…

A: Here in order to minimize the function we are about to use newton method  f(x1 , x2) = 100 (x2 -…

Q: ven the step input 8/s and a second order transfer function model shown below, what is the maximum…

A: Given Data : The step input value =8sThe second order transfer function is given as  G(S) =…

Q: Q8/ Consider the fourth-order plus time delay system represented below: G(s) = Ke/[(11s + 1)(12s +…

A: Delays often occur in the signals that flow between components of a control system. An uncompensated…

Q: 1 The system transfer function is G(s) = then the time [s+0.2] response to a step input will be O a.…

A:

Q: Determine the poles and zeros and describe the response modes for the processes that have the…

A: Given data: The transfer functions for the process is given.

Q: Q1-Prove that the following flowchart depicts a balanced process by writing three balances. 5 Ibm…

A:

Q: In dynamic state the variables with respect to time. O stay constant

A: "Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q: D230 €270 RD 250 V255 1274 P250

A: A feedback control system consists of five basic components: (1) input, (2) process being…

Q: A multicomponent distillation column has a minimum reflux ratio Rmin = 1.378, minimum stage number…

A: Number of theoretical stages is asked. Given:Rmin=1.378Nmin=6.79R=1.25Rmin

Q: What is the transfer function for the process

A: The relationship between input variable and output variable of a process as a function of time is…

Q: Consider the following transfer function; G (s) = Y (s) / U (s) = 5 / (10s + 1) This transfer…

A: Y(s) / U(s) = 5 / (10s + 1) Given- U(s) = 2 / s

Q: X (s) Gy(s) G₂ (s) G₂(s) G5(s) Gg(s) G₂ (s)

A:

Q: The control system whose block diagram is given below a) Calculate the ranges of Kp and Ti values…

A: Given the block diagram : Generating transfer function for the block diagram…

Q: What is the maximum number of independent balances that may be written around each subsystem?…

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Q: What is the time constant of a first order process with a transfer function of 3/(3s +5)?…

A: Given, The transfer function is 3/(3s +5)

Q: X(s)- G₁(s) G₂ (s) G3(s) G4(s) G5(s) Ge(s) Y(s)

A: Given block diagram is

Q: It is required to evaluate the gradient of the function f (x1, x2) = 100(x2 - x})² + (1 – x1)² at…

A: Central Difference  Method is =  dfdx = f(x+h) - f(x-h)2h Forward Difference Method =  dfdx = f(x+h)…

Q: The process described below is non-reactive and steady state. Calculate all unknown stream…

A: Given data: Stream 1 =  0.200 n1 (mol O2/min) Stream 2 = n1 (mol air/min) Stream 3 = n2 (mol…

Q: The time constant and the steady-state gain for the following transfer function (G(s)=1/(s+0.25))…

A: General general first order transfer function is given as below:         G(s) = G(s)/ R(s)…

Q: Q2: Consider the following control system 2 Ke (1 + Tos) For K. = 2, tD = 1 and step change in load…

A:

Q: Q2 prove that the following flow chare depicts a balonced process by writing thee balancesi 0.2 o-8…

A: Given data: We are asked to prove the given flow chart is a balanced process.

Q: 18. The second order system with the transfer function (a) 2 (b) 0.5 4 s²+2s +4 (c) 1 has a damping…

A: Given  Transfer function  4/(s2+ 2s+4)

Q: Derive the transfer function for the process below from the generic equation in the image below:

A:

Q: Q.1-For the control systems shown in figures below.Figure (2) is an equivalent block diagram of…

A: Figure 1 shown is a standard feedback control diagram and the ratio of input (C(s)) to output (R(s))…

Q: Y(s) 1 X (s) s+1 is subjected to input Example 9.13. A first order system with transfer function Gp=…

A: Let X(t) = t      X(s)= 1/s2 Y(s)/X(s)  = 1/(s+1)

Q: 2. Determine the transfer function C(s)/R(s) and C(s)/L(s) for the system in Figure 1. G2 C(s) R(s)…

A: Block diagram of open loop system Find C(s)/R(s) C(s)/L(s)

Q: 129. A control system has the following transfer function 7(s)=(8-1) (+1) s(8-2)(8+4) The initial…

A: Given               f(s) = ((s-1)(s+1))/(s(s-2)(s+4))

Q: 1 Reactor 3 2 A + B C

A: In process calculation, material balance is the fundamental approach for the problems. Material…

Q: Give at least 3 examples of under the Chemical Engineering Field that uses numerical analysis.…

A: To give 3 examples under the Chemical Engineering Field that uses numerical analysis which Includes…

Q: Y (s) 3e-0.5s X(s) 5s + 0.2 n the steady-state gain, time constant, and dead time of this process.

A: A certain process describe by following equation Find Study state gain Time constant Dead time

Q: 150 1 0.07 -120 - 1 + 4 0.07 4

A:

Q: Determine the transfer function C(s)/R(s) for the system in Figure 2. L(s) G3 C(s) R(s) + Gc G1 G2…

A: