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WEB MEDIA VISUAL DESIGN MY SERVICES A Sketch of set orfour processes ihVOlved in a Closed thermoaynamic system is shown in the adjoining pressure-volume diagram. Isothermal expansion brings 225 grams of a fluid from 420 kPa to a final pressure of 105 kPa and specific volume of 120 liters/kg. A reversible cooling process takes place at constant pressure with a work done of 530 Joules and then followed by a constant volume until the pressure of the fluid becomes 62 kPa. A polytropic compression process brings the fluid back to its original conditions. The total volume at point 1 (V;) is equal to x10-3 m3 kJ Work done for the isothermal expansion process 1-2 (W1-2) is equal to The total volume at state point 3 (V3) is equal to x10-2 m3

WEB MEDIA VISUAL DESIGN MY SERVICES A Sketch of set orfour processes ihVOlved in a Closed thermoaynamic system is shown in the adjoining pressure-volume diagram. Isothermal expansion brings 225 grams of a fluid from 420 kPa to a final pressure of 105 kPa and specific volume of 120 liters/kg. A reversible cooling process takes place at constant pressure with a work done of 530 Joules and then followed by a constant volume until the pressure of the fluid becomes 62 kPa. A polytropic compression process brings the fluid back to its original conditions. The total volume at point 1 (V;) is equal to x10-3 m3 kJ Work done for the isothermal expansion process 1-2 (W1-2) is equal to The total volume at state point 3 (V3) is equal to x10-2 m3

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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LOGISTICS WEB MEDIA VISUAL DESIGN MY SERVICES A Sketch or set of Tour processes ihVolved in a crosed thermoaynamic system is shown in the adjoining pressure-volume diagram. Isothermal expansion brings 225 grams of a fluid from 420 kPa to a final pressure of 105 kPa and specific volume of 120 liters/kg. A reversible cooling process takes place at constant pressure with a work done of 530 Joules and then followed by a constant volume until the pressure of the fluid becomes 62 kPa. A polytropic compression process brings the fluid back to its original conditions. The total volume at point 1 (V;) is equal to x10-3 m3 kJ Work done for the isothermal expansion process 1-2 (W1-2) is equal to The total volume at state point 3 (V3) is equal to x10-2 m3 The Polytropic Index, n, for the polytropic process 4-1 is equal to Work done for the polytropic compression process 4-1 (W) is equal to o search
Transcribed Image Text:LOGISTICS WEB MEDIA VISUAL DESIGN MY SERVICES A Sketch or set of Tour processes ihVolved in a crosed thermoaynamic system is shown in the adjoining pressure-volume diagram. Isothermal expansion brings 225 grams of a fluid from 420 kPa to a final pressure of 105 kPa and specific volume of 120 liters/kg. A reversible cooling process takes place at constant pressure with a work done of 530 Joules and then followed by a constant volume until the pressure of the fluid becomes 62 kPa. A polytropic compression process brings the fluid back to its original conditions. The total volume at point 1 (V;) is equal to x10-3 m3 kJ Work done for the isothermal expansion process 1-2 (W1-2) is equal to The total volume at state point 3 (V3) is equal to x10-2 m3 The Polytropic Index, n, for the polytropic process 4-1 is equal to Work done for the polytropic compression process 4-1 (W) is equal to o search
amic system is o a final pressure na work done ressure of the nal conditions. 4.
Transcribed Image Text:amic system is o a final pressure na work done ressure of the nal conditions. 4.
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