200 g of water (Cp = 4.183 J/kg-K) was heated at constant pressure as stated in the following processes: Initial temperature: 10 ⁰C Process 1: heated to 17 ⁰C Process 2: heated to 26 ⁰C Process 3: heated to 53 ⁰C Process 4: cooled to 29 ⁰C Process 5: heated to 34 ⁰C Process 6: heated to 42 ⁰C Process 7: heated to 47 ⁰C Process 8: heated to 69 ⁰C Process 9: cooled to 28 ⁰C Process 10: heated to 41 ⁰C Process 11: cooled to 29 ⁰C Process 12: heated to 48 ⁰C Process 13: cooled to 54 ⁰C Process 14: cooled to 21 ⁰C Process 15: heated to 90 ⁰C Determine the total change in entropy (in J/K) throughout the process. Answer Format: [2 decimals]
200 g of water (Cp = 4.183 J/kg-K) was heated at constant pressure as stated in the following processes: Initial temperature: 10 ⁰C Process 1: heated to 17 ⁰C Process 2: heated to 26 ⁰C Process 3: heated to 53 ⁰C Process 4: cooled to 29 ⁰C Process 5: heated to 34 ⁰C Process 6: heated to 42 ⁰C Process 7: heated to 47 ⁰C Process 8: heated to 69 ⁰C Process 9: cooled to 28 ⁰C Process 10: heated to 41 ⁰C Process 11: cooled to 29 ⁰C Process 12: heated to 48 ⁰C Process 13: cooled to 54 ⁰C Process 14: cooled to 21 ⁰C Process 15: heated to 90 ⁰C Determine the total change in entropy (in J/K) throughout the process. Answer Format: [2 decimals]
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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200 g of water (Cp = 4.183 J/kg-K) was heated at constant pressure as stated in the following processes:
Initial temperature: 10 ⁰C
Process 1: heated to 17 ⁰C
Process 2: heated to 26 ⁰C
Process 3: heated to 53 ⁰C
Process 4: cooled to 29 ⁰C
Process 5: heated to 34 ⁰C
Process 6: heated to 42 ⁰C
Process 7: heated to 47 ⁰C
Process 8: heated to 69 ⁰C
Process 9: cooled to 28 ⁰C
Process 10: heated to 41 ⁰C
Process 11: cooled to 29 ⁰C
Process 12: heated to 48 ⁰C
Process 13: cooled to 54 ⁰C
Process 14: cooled to 21 ⁰C
Process 15: heated to 90 ⁰C
Determine the total change in entropy (in J/K) throughout the process.
Answer Format: [2 decimals]
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