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Problem 2. (From Seborg et al) 2.2 A completely enclosed stirred-tank heating process is used to heat an incoming stream whose flow rate varies. T. Heating coil Figure E2.2 The heating rate from this coil and the volume are both con- stant. (a) Develop a mathematical model (differential and algebraic equations) that describes the exit temperature if heat losses to the ambient occur and if the ambient temperature (T,) and the incoming stream's temperature (T) both can vary. (b) Discuss qualitatively what you expect to happen as T; and w increase (or decrease). Justify by reference to your model. Notes: p and C, are constants. U, the overall heat transfer coefficient, is constant. A, is the surface area for heat losses to ambient. T;> T, (inlet temperature is higher than ambient temperature).

Problem 2. (From Seborg et al) 2.2 A completely enclosed stirred-tank heating process is used to heat an incoming stream whose flow rate varies. T. Heating coil Figure E2.2 The heating rate from this coil and the volume are both con- stant. (a) Develop a mathematical model (differential and algebraic equations) that describes the exit temperature if heat losses to the ambient occur and if the ambient temperature (T,) and the incoming stream's temperature (T) both can vary. (b) Discuss qualitatively what you expect to happen as T; and w increase (or decrease). Justify by reference to your model. Notes: p and C, are constants. U, the overall heat transfer coefficient, is constant. A, is the surface area for heat losses to ambient. T;> T, (inlet temperature is higher than ambient temperature).

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
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Can you answer for me part (a) in this question.

Problem 2. (From Seborg et al) 2.2 A completely enclosed stirred-tank heating process is used to heat an incoming stream whose flow rate varies. T. Heating coil Figure E2.2 The heating rate from this coil and the volume are both con- stant. (a) Develop a mathematical model (differential and algebraic equations) that describes the exit temperature if heat losses to the ambient occur and if the ambient temperature (T,) and the incoming stream's temperature (T) both can vary. (b) Discuss qualitatively what you expect to happen as T; and w increase (or decrease). Justify by reference to your model. Notes: p and C, are constants. U, the overall heat transfer coefficient, is constant. A, is the surface area for heat losses to ambient. T;> T, (inlet temperature is higher than ambient temperature).
Transcribed Image Text:Problem 2. (From Seborg et al) 2.2 A completely enclosed stirred-tank heating process is used to heat an incoming stream whose flow rate varies. T. Heating coil Figure E2.2 The heating rate from this coil and the volume are both con- stant. (a) Develop a mathematical model (differential and algebraic equations) that describes the exit temperature if heat losses to the ambient occur and if the ambient temperature (T,) and the incoming stream's temperature (T) both can vary. (b) Discuss qualitatively what you expect to happen as T; and w increase (or decrease). Justify by reference to your model. Notes: p and C, are constants. U, the overall heat transfer coefficient, is constant. A, is the surface area for heat losses to ambient. T;> T, (inlet temperature is higher than ambient temperature).
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