quiz 8 chemical engineering thermodynamics march 10, 2016

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1 Quiz 8 Chemical Engineering Thermodynamics March 10, 2016 For part “c” calculate the needed equation(s) and parameter(s). d. Give a series of steps necessary to solve for T f and P f using Solver ® in Excel ® . e. What are the values for T f and P f if the gas were an ideal gas? (These should be your starting values for Solver ® in part “d”.) R = 8.314 J/mole-K = 8.314 cm 3 MPa/mole-K

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Page 1: Quiz 8 Chemical Engineering Thermodynamics March 10, 2016

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Quiz 8 Chemical Engineering Thermodynamics

March 10, 2016

For part “c” calculate the needed equation(s) and parameter(s).

d. Give a series of steps necessary to solve for Tf and Pf using Solver® in Excel®. e. What are the values for Tf and Pf if the gas were an ideal gas? (These should be your starting values for Solver® in part “d”.)

R = 8.314 J/mole-K = 8.314 cm3 MPa/mole-K

Page 2: Quiz 8 Chemical Engineering Thermodynamics March 10, 2016

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Page 3: Quiz 8 Chemical Engineering Thermodynamics March 10, 2016

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ANSWERS: Quiz 8 Chemical Engineering Thermodynamics

March 10, 2016

Initial guess for ideal gas would be Tf = 300K and Pf = 5MPa/2.

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