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S h,ft ↓ E f₁. gpm CA, (t), moles cm3 3 D,ft B 3-1. Consider the mixing process shown in Fig. P3-1. You may assume that the density of the input and output streams are very similar and that the flow rates fi and f2 are con- stant. It is desired to understand how each inlet concentration affects the outlet concentration. Develop the mathematical model, determine the transfer functions, and draw the block diagram for this mixing process. Show the units of all gains and time constants. CA(t), moles CC I f₂. 8pm CA(t), moles cm3 | I Fi wi all sin poi mix tran (a)

S h,ft ↓ E f₁. gpm CA, (t), moles cm3 3 D,ft B 3-1. Consider the mixing process shown in Fig. P3-1. You may assume that the density of the input and output streams are very similar and that the flow rates fi and f2 are con- stant. It is desired to understand how each inlet concentration affects the outlet concentration. Develop the mathematical model, determine the transfer functions, and draw the block diagram for this mixing process. Show the units of all gains and time constants. CA(t), moles CC I f₂. 8pm CA(t), moles cm3 | I Fi wi all sin poi mix tran (a)

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Is 13. SX mol 3-1. Consider the mixing process shown in Fig. P3-1. You may assume that the density of the input and output streams are very similar and that the flow rates fi and f2 are con- stant. It is desired to understand how each inlet concentration affects the outlet concentration. Develop the mathematical model, determine the transfer functions, and draw the block diagram for this mixing process. Show the units of all gains and time constants. h,ft f₁, gpm (t), moles CAL cm3 Cons De T 8 D,ft CA(t), moles CC O f₂.gpm CA₂ (t), moles cm3 C Fi Wi all sin (a) po mix tran n
Transcribed Image Text:Is 13. SX mol 3-1. Consider the mixing process shown in Fig. P3-1. You may assume that the density of the input and output streams are very similar and that the flow rates fi and f2 are con- stant. It is desired to understand how each inlet concentration affects the outlet concentration. Develop the mathematical model, determine the transfer functions, and draw the block diagram for this mixing process. Show the units of all gains and time constants. h,ft f₁, gpm (t), moles CAL cm3 Cons De T 8 D,ft CA(t), moles CC O f₂.gpm CA₂ (t), moles cm3 C Fi Wi all sin (a) po mix tran n
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