CASE III STEP RESPONSE FOR > 1. For this case, the inversion of Eq. (7.17) gives the result Verify and derive the following equation Y(t)=1- cosh2 1 sinh 1 where the hyperbolic functions are defined as sinh am --- 2 a ee cosh a (7.21) 2 The procedure for obtaining Eq. (7.21) is parallel to that used in the previous cases.

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
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CASE III STEP RESPONSE FOR > 1. For this case, the inversion of Eq. (7.17) gives
the result
Verify and derive the following equation
Y(t)=1-
cosh2 1
sinh
1
where the hyperbolic functions are defined as
sinh am
---
2
a
ee
cosh a
(7.21)
2
The procedure for obtaining Eq. (7.21) is parallel to that used in the previous cases.
Transcribed Image Text:CASE III STEP RESPONSE FOR > 1. For this case, the inversion of Eq. (7.17) gives the result Verify and derive the following equation Y(t)=1- cosh2 1 sinh 1 where the hyperbolic functions are defined as sinh am --- 2 a ee cosh a (7.21) 2 The procedure for obtaining Eq. (7.21) is parallel to that used in the previous cases.
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