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ature access and write in the Your diagram is sketched, please note it will not be to scale, but that is OK... we are just sketching the general shape. Thermodynamic data to use for your calculations: Melt Point ChHiquid 265.2 J/(mol °C) 170.0 J/(mol °C) 2.68 J/(g °C) 4.186 J/(g °C) AH 28.9 kJ/mol 31.9 KJ/mol 44.0 kJ/mol 40.68 kJ/mol AH° fusion n-hexane deA -94°C 142.6 J/(mol °C) 13 kJ/mol 125.8 J/(mol °C) 1.54 J/(g °C) 1.996 J/(g °C) Ethyl acetate -84°C 10.5 kJ/mol 5.3 kJ/mol 6.01 kJ/mol 2-propanol water Calculation space: 1) Energy required to heat from 25.0 C to 5.0 C past the boiling point for 100.00 g of your liquid: Atth = poti'tih 7892.929..J (142.6 (1.16039 ni(1.1603.. .to =Ytitn)(p Imol hexane 3D1.16038. mol bexane gto mol: (28.91/1900) (1.16038...nd) (1000 J|K5)= 33534.982J %3D 8ehlh =60.11000 Itieb cb8ttce8b E 2) Energy required to heat from 25.0 C to 5.0 C past the boiling point for 100.00 g water: 105°C-23°C: 80°C = 80K %3D

ature access and write in the Your diagram is sketched, please note it will not be to scale, but that is OK... we are just sketching the general shape. Thermodynamic data to use for your calculations: Melt Point ChHiquid 265.2 J/(mol °C) 170.0 J/(mol °C) 2.68 J/(g °C) 4.186 J/(g °C) AH 28.9 kJ/mol 31.9 KJ/mol 44.0 kJ/mol 40.68 kJ/mol AH° fusion n-hexane deA -94°C 142.6 J/(mol °C) 13 kJ/mol 125.8 J/(mol °C) 1.54 J/(g °C) 1.996 J/(g °C) Ethyl acetate -84°C 10.5 kJ/mol 5.3 kJ/mol 6.01 kJ/mol 2-propanol water Calculation space: 1) Energy required to heat from 25.0 C to 5.0 C past the boiling point for 100.00 g of your liquid: Atth = poti'tih 7892.929..J (142.6 (1.16039 ni(1.1603.. .to =Ytitn)(p Imol hexane 3D1.16038. mol bexane gto mol: (28.91/1900) (1.16038...nd) (1000 J|K5)= 33534.982J %3D 8ehlh =60.11000 Itieb cb8ttce8b E 2) Energy required to heat from 25.0 C to 5.0 C past the boiling point for 100.00 g water: 105°C-23°C: 80°C = 80K %3D

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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ature access and write in the Your diagram is sketched, please note it will not be to scale, but that is OK... we are just sketching the general shape. Thermodynamic data to use for your calculations: Melt Point ChHiquid 265.2 J/(mol °C) 170.0 J/(mol °C) 2.68 J/(g °C) 4.186 J/(g °C) AH 28.9 kJ/mol 31.9 KJ/mol 44.0 kJ/mol 40.68 kJ/mol AH° fusion n-hexane deA -94°C 142.6 J/(mol °C) 13 kJ/mol 125.8 J/(mol °C) 1.54 J/(g °C) 1.996 J/(g °C) Ethyl acetate -84°C 10.5 kJ/mol 5.3 kJ/mol 6.01 kJ/mol 2-propanol water Calculation space: 1) Energy required to heat from 25.0 C to 5.0 C past the boiling point for 100.00 g of your liquid: Atth = poti'tih 7892.929..J (142.6 (1.16039 ni(1.1603.. .to =Ytitn)(p Imol hexane 3D1.16038. mol bexane gto mol: (28.91/1900) (1.16038...nd) (1000 J|K5)= 33534.982J %3D 8ehlh =60.11000 Itieb cb8ttce8b E 2) Energy required to heat from 25.0 C to 5.0 C past the boiling point for 100.00 g water: 105°C-23°C: 80°C = 80K %3D
Transcribed Image Text:ature access and write in the Your diagram is sketched, please note it will not be to scale, but that is OK... we are just sketching the general shape. Thermodynamic data to use for your calculations: Melt Point ChHiquid 265.2 J/(mol °C) 170.0 J/(mol °C) 2.68 J/(g °C) 4.186 J/(g °C) AH 28.9 kJ/mol 31.9 KJ/mol 44.0 kJ/mol 40.68 kJ/mol AH° fusion n-hexane deA -94°C 142.6 J/(mol °C) 13 kJ/mol 125.8 J/(mol °C) 1.54 J/(g °C) 1.996 J/(g °C) Ethyl acetate -84°C 10.5 kJ/mol 5.3 kJ/mol 6.01 kJ/mol 2-propanol water Calculation space: 1) Energy required to heat from 25.0 C to 5.0 C past the boiling point for 100.00 g of your liquid: Atth = poti'tih 7892.929..J (142.6 (1.16039 ni(1.1603.. .to =Ytitn)(p Imol hexane 3D1.16038. mol bexane gto mol: (28.91/1900) (1.16038...nd) (1000 J|K5)= 33534.982J %3D 8ehlh =60.11000 Itieb cb8ttce8b E 2) Energy required to heat from 25.0 C to 5.0 C past the boiling point for 100.00 g water: 105°C-23°C: 80°C = 80K %3D
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