7.) Determine the change of entropy of one mole of N2 gas if it was heated from 298 K to 333 K? C. +2.308 J/K A. +3.232 J/K B. -3.232 J/K D.) -2.308 J/K E. O J/K 8.) Which of the following is true for isothermal expansion of gas against a vacuum? D. w < 0, AS > 0 B. w = 0, AS > 0 C. w < 0, AS = 0 A. w = 0, AS = 0 %3D 9.) Calculate the coefficient of performance of a carnot refrigerator was 5.0. How much work is required to remove and energy of 59.0 kJ from inside the refrigerator. A. 11.8 kJ B. 0.0847 kJ C. 295 kJ D. 64.0 k) E. 54.0 kJ 10.) Calculate the change of entropy if 0.5 mole of N2, Hz and He are mixed together. Assume that the gases are ideal and they have the same pressure and temperature. A. -1.44 kJ B. +1.44 kJ C. -12.96 J D.+12.96 J
7.) Determine the change of entropy of one mole of N2 gas if it was heated from 298 K to 333 K? C. +2.308 J/K A. +3.232 J/K B. -3.232 J/K D.) -2.308 J/K E. O J/K 8.) Which of the following is true for isothermal expansion of gas against a vacuum? D. w < 0, AS > 0 B. w = 0, AS > 0 C. w < 0, AS = 0 A. w = 0, AS = 0 %3D 9.) Calculate the coefficient of performance of a carnot refrigerator was 5.0. How much work is required to remove and energy of 59.0 kJ from inside the refrigerator. A. 11.8 kJ B. 0.0847 kJ C. 295 kJ D. 64.0 k) E. 54.0 kJ 10.) Calculate the change of entropy if 0.5 mole of N2, Hz and He are mixed together. Assume that the gases are ideal and they have the same pressure and temperature. A. -1.44 kJ B. +1.44 kJ C. -12.96 J D.+12.96 J
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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Question
Please answer 7-10.
![7.) Determine the change of entropy of one mole of N2 gas if it was heated from 298 K to 333 K?
C. +2.308 J/K
A. +3.232 J/K
B. -3.232 J/K
D.) -2.308 J/K
E. O J/K
8.) Which of the following is true for isothermal expansion of gas against a vacuum?
A. w = 0, AS = 0
B. w = 0, AS > 0
C. w < 0, AS = 0
D. w < 0, AS > 0
9.) Calculate the coefficient of performance of a carnot refrigerator was 5.0. How much work is
required to remove and energy of 59.0 kJ from inside the refrigerator.
A. 11.8 kJ
B. 0.0847 kJ
C. 295 kJ
D. 64.0 kJ
E. 54.0 kJ
10.) Calculate the change of entropy if 0.5 mole of N2, Hz and He are mixed together. Assume that
the gases are ideal and they have the same pressure and temperature.
A. -1.44 kJ
B. +1.44 kJ
C. -12.96 J
D. +12.96 J](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa2823d00-9cec-43e1-9c03-de385affa637%2F70b7fa04-115c-42c2-9ec6-0ebc89d0aba7%2Fz5lvs4p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:7.) Determine the change of entropy of one mole of N2 gas if it was heated from 298 K to 333 K?
C. +2.308 J/K
A. +3.232 J/K
B. -3.232 J/K
D.) -2.308 J/K
E. O J/K
8.) Which of the following is true for isothermal expansion of gas against a vacuum?
A. w = 0, AS = 0
B. w = 0, AS > 0
C. w < 0, AS = 0
D. w < 0, AS > 0
9.) Calculate the coefficient of performance of a carnot refrigerator was 5.0. How much work is
required to remove and energy of 59.0 kJ from inside the refrigerator.
A. 11.8 kJ
B. 0.0847 kJ
C. 295 kJ
D. 64.0 kJ
E. 54.0 kJ
10.) Calculate the change of entropy if 0.5 mole of N2, Hz and He are mixed together. Assume that
the gases are ideal and they have the same pressure and temperature.
A. -1.44 kJ
B. +1.44 kJ
C. -12.96 J
D. +12.96 J
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