1. The fermentation of glucose to ethanol and CO2 is given by: C6H1206(s) →2C2H5OH(1)+2C02 Given are some data: Glucose 212 -1268 AmS (J/K-mol) AfH (kJ/mol) Calculate the total entropy in J/K-mol. Ethanol 160.7 -277.69 Carbon Dioxide 213.74 -393.51

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Chapter1: Chemical Foundations
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1.
The fermentation of glucose to ethanol and CO2 is given by:
C6H1206(s) →2C2H5OH(1)+2C02
Given are some data:
Glucose
212
-1268
AmŞ (J/K-mol)
AfH (kJ/mol)
Calculate the total entropy in J/K-mol.
Ethanol
160.7
-277.69
Carbon Dioxide
213.74
-393.51
2.
A sample of a perfect gas was found to vary with temperature according to the expression Cp
(J/K) =20.17+0.3665T where T is in K. its temperature is raised from 273 K to 373 K. Calculate AS
at constant pressure and constant volume in kJ/mol
Transcribed Image Text:1. The fermentation of glucose to ethanol and CO2 is given by: C6H1206(s) →2C2H5OH(1)+2C02 Given are some data: Glucose 212 -1268 AmŞ (J/K-mol) AfH (kJ/mol) Calculate the total entropy in J/K-mol. Ethanol 160.7 -277.69 Carbon Dioxide 213.74 -393.51 2. A sample of a perfect gas was found to vary with temperature according to the expression Cp (J/K) =20.17+0.3665T where T is in K. its temperature is raised from 273 K to 373 K. Calculate AS at constant pressure and constant volume in kJ/mol
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