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A diatomic ideal gas undergoes the exact same four step process as in problem 1A, starting at Point A (400 kPa, 600K, 1 L) A => B Isobaric expansion that triples the volume B=> C Isochoric cooling to one-half the pressure C => D Isobaric contraction to the original volume. D => A Isochoric heating to original pressure Determine the Pressure, Temperature and Volume at the end of each process. Determine the Change in the Internal Energy, Heat Flow and Work Done by the System during each process and for the entire cycle. Sketch a well labeled P-V diagram for this cycle. Determine the Thermal Efficiency of this cycle (Work for Cycle/Heat Flow Into the System).

A diatomic ideal gas undergoes the exact same four step process as in problem 1A, starting at Point A (400 kPa, 600K, 1 L) A => B Isobaric expansion that triples the volume B=> C Isochoric cooling to one-half the pressure C => D Isobaric contraction to the original volume. D => A Isochoric heating to original pressure Determine the Pressure, Temperature and Volume at the end of each process. Determine the Change in the Internal Energy, Heat Flow and Work Done by the System during each process and for the entire cycle. Sketch a well labeled P-V diagram for this cycle. Determine the Thermal Efficiency of this cycle (Work for Cycle/Heat Flow Into the System).

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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A diatomic ideal gas undergoes the exact same four step process as in problem 1A, starting at PointA (400 kPa, 600K, 1 L) A => B Isobaric expansion that triples the volume B => C Isochoric cooling to one-half the pressure C=> D Isobaric contraction to the original volume. D => A Isochoric heating to original pressure Determine the Pressure, Temperature and Volume at the end of each process. Determine the Change in the Internal Energy, Heat Flow and Work Done by the System during each process and for the entire cycle. Sketch a well labeled PV diagram for this cycle. Determine the Thermal Efficiency of this cycle (Work for Cycle/Heat Flow Into the System).
Transcribed Image Text:A diatomic ideal gas undergoes the exact same four step process as in problem 1A, starting at PointA (400 kPa, 600K, 1 L) A => B Isobaric expansion that triples the volume B => C Isochoric cooling to one-half the pressure C=> D Isobaric contraction to the original volume. D => A Isochoric heating to original pressure Determine the Pressure, Temperature and Volume at the end of each process. Determine the Change in the Internal Energy, Heat Flow and Work Done by the System during each process and for the entire cycle. Sketch a well labeled PV diagram for this cycle. Determine the Thermal Efficiency of this cycle (Work for Cycle/Heat Flow Into the System).
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