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Q: 5 gmoles of an ideal gas is occupied in a cylinder and piston system at 2.5 atm (absolute pressure) and 27°C the gas is compressed in an isobaric process untill the change of the enthalpy (AH) of the gas equals to (-14.55 kJ). 3. Fined the final volume of the gas in (liters). 4. W, Q, and AU. atm.liter Cp=R. Comment your result given that R = 0.082 on gmol. K J R= 8.314 gmol. K

Q: 5 gmoles of an ideal gas is occupied in a cylinder and piston system at 2.5 atm (absolute pressure) and 27°C the gas is compressed in an isobaric process untill the change of the enthalpy (AH) of the gas equals to (-14.55 kJ). 3. Fined the final volume of the gas in (liters). 4. W, Q, and AU. atm.liter Cp=R. Comment your result given that R = 0.082 on gmol. K J R= 8.314 gmol. K

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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Q: 5 gmoles of an ideal gas is occupied in a cylinder and piston system at 2.5 atm (absolute pressure) and 27°C the gas is compressed in an isobaric process untill the change of the enthalpy (AH) of the gas equals to (-14.55 kJ). 3. Fined the final volume of the gas in (liters). 4. W, Q, and AU. atm.liter 7. Comment your result given that R = 0.082- Cp =-R, on gmol." K R=8.314 gmol. K
Transcribed Image Text:Q: 5 gmoles of an ideal gas is occupied in a cylinder and piston system at 2.5 atm (absolute pressure) and 27°C the gas is compressed in an isobaric process untill the change of the enthalpy (AH) of the gas equals to (-14.55 kJ). 3. Fined the final volume of the gas in (liters). 4. W, Q, and AU. atm.liter 7. Comment your result given that R = 0.082- Cp =-R, on gmol." K R=8.314 gmol. K
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