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Calculate AS of system for the following process in J/K: 1. 0.500 mol of CC14 (I)are mixed with 0.500 mol of CH2C12 (1) at a temperature of 25 C. 2. The mixture is heated to a final temperature of 27 C. Data: Cp= 131.8 J/K-mol for CC14 Cp=100.0 J/K-mol for CH2C12 Select the correct response: a. 6.204 b. 6.538 C. 3.66 d. 5.763 e. 0.441 f. 5.322 8. 6.097 h. 0.334

Calculate AS of system for the following process in J/K: 1. 0.500 mol of CC14 (I)are mixed with 0.500 mol of CH2C12 (1) at a temperature of 25 C. 2. The mixture is heated to a final temperature of 27 C. Data: Cp= 131.8 J/K-mol for CC14 Cp=100.0 J/K-mol for CH2C12 Select the correct response: a. 6.204 b. 6.538 C. 3.66 d. 5.763 e. 0.441 f. 5.322 8. 6.097 h. 0.334

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
9th Edition
ISBN:9781133949640
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter18: Principles Of Chemical Reactivity: Entropy And Free Energy
Section18.5: Entropy Changes And Spontaneity
Problem 2RC
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Calculate AS of system for the following process in J/K: 1. 0.500 mol of CC14 (I)are mixed with 0.500 mol of CH2C12 (1) at a temperature of 25 C. 2. The mixture is heated to a final temperature of 27 C. Data: Cp= 131.8 J/K-mol for CC14 Cp=100.0 J/K-mol for CH2C12 Select the correct response: a. 6.204 b. 6.538 C. 3.66 d. 5.763 e. 0.441 f. 5.322 8. 6.097 h. 0.334
Transcribed Image Text:Calculate AS of system for the following process in J/K: 1. 0.500 mol of CC14 (I)are mixed with 0.500 mol of CH2C12 (1) at a temperature of 25 C. 2. The mixture is heated to a final temperature of 27 C. Data: Cp= 131.8 J/K-mol for CC14 Cp=100.0 J/K-mol for CH2C12 Select the correct response: a. 6.204 b. 6.538 C. 3.66 d. 5.763 e. 0.441 f. 5.322 8. 6.097 h. 0.334
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