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A sample containing 2.3 mol of ideal gas at pressure of 2 bar undergoes constant pressure heating form 250K to 400 K. If the constant volume heat capacity Cv,m for this gas is 3/2R, and the surrounding temperature is 400K, calculate q, AH, AS, AS sur and AStotal for this process. Is this process spontaneous? Instruction: (1) The units of q and AH are in kJ (not J), and units of AS are J/K (2) Please do not use E notation. Please round all your answers to 2 decimal places, for example, -101.245 is written as -101.25. (1) q (kJ) 14.34 (2) AH (KJ) = 14.34 (3) AS (J/K) = 44.94 (4) AS sur (J/K) = -35.84 (5) AStot (J/K) = -9.08 Continue with the last question. Base on your calculation, what is the spontaneity of this process? O This process is not spontaneous becasue ASsur <0 This process is spontaneous because AStotal >0 O This process is in equilibrium O we do not have enough information to tell about the spontaneity

A sample containing 2.3 mol of ideal gas at pressure of 2 bar undergoes constant pressure heating form 250K to 400 K. If the constant volume heat capacity Cv,m for this gas is 3/2R, and the surrounding temperature is 400K, calculate q, AH, AS, AS sur and AStotal for this process. Is this process spontaneous? Instruction: (1) The units of q and AH are in kJ (not J), and units of AS are J/K (2) Please do not use E notation. Please round all your answers to 2 decimal places, for example, -101.245 is written as -101.25. (1) q (kJ) 14.34 (2) AH (KJ) = 14.34 (3) AS (J/K) = 44.94 (4) AS sur (J/K) = -35.84 (5) AStot (J/K) = -9.08 Continue with the last question. Base on your calculation, what is the spontaneity of this process? O This process is not spontaneous becasue ASsur <0 This process is spontaneous because AStotal >0 O This process is in equilibrium O we do not have enough information to tell about the spontaneity

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 sample containing 2.3 mol of ideal gas at pressure of 2 bar undergoes constant pressure heating form 250K to 400 K. If the constant volume heat capacity Cv,m for this gas is 3/2R, and the surrounding temperature is 400K, calculate q, AH, AS, AS sur and AStotal for this process. Is this process spontaneous? Instruction: (1) The units of q and AH are in kJ (not J), and units of AS are J/K (2) Please do not use E notation. Please round all your answers to 2 decimal places, for example, -101.245 is written as -101.25. (1) q (kJ) 14.34 (2) AH (KJ) = 14.34 (3) AS (J/K) = 44.94 (4) ASsur (J/K) = -35.84 (5) AStot (J/K) = -9.08 Continue with the last question. Base on your calculation, what is the spontaneity of this process? O This process is not spontaneous becasue ASsur <0 This process is spontaneous because AStotal >0 O This process is in equilibrium O we do not have enough information to tell about the spontaneity
Transcribed Image Text:A sample containing 2.3 mol of ideal gas at pressure of 2 bar undergoes constant pressure heating form 250K to 400 K. If the constant volume heat capacity Cv,m for this gas is 3/2R, and the surrounding temperature is 400K, calculate q, AH, AS, AS sur and AStotal for this process. Is this process spontaneous? Instruction: (1) The units of q and AH are in kJ (not J), and units of AS are J/K (2) Please do not use E notation. Please round all your answers to 2 decimal places, for example, -101.245 is written as -101.25. (1) q (kJ) 14.34 (2) AH (KJ) = 14.34 (3) AS (J/K) = 44.94 (4) ASsur (J/K) = -35.84 (5) AStot (J/K) = -9.08 Continue with the last question. Base on your calculation, what is the spontaneity of this process? O This process is not spontaneous becasue ASsur <0 This process is spontaneous because AStotal >0 O This process is in equilibrium O we do not have enough information to tell about the spontaneity
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