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Consider two hypothetical systems (A and B) whose available energy levels are shown below. Each system is composed of exactly three particles (represented O, O, and O). The total energy of a system in a particular macrostate is the sum of the energies of the individual particles. For example, the depiction pictured below would correspond to an energy of 34J. Example System A System B O_0 12 J 12 J LO_ 10 J 10 J 10 J 8 J 8 J a. For system A (above), draw one microstate that corresponds to a 30-J microstate. b. For system B (above), draw one microstate that corresponds to a 30-J microstate. c. Which system has the higher entropy? Explain your reasoning.

Consider two hypothetical systems (A and B) whose available energy levels are shown below. Each system is composed of exactly three particles (represented O, O, and O). The total energy of a system in a particular macrostate is the sum of the energies of the individual particles. For example, the depiction pictured below would correspond to an energy of 34J. Example System A System B O_0 12 J 12 J LO_ 10 J 10 J 10 J 8 J 8 J a. For system A (above), draw one microstate that corresponds to a 30-J microstate. b. For system B (above), draw one microstate that corresponds to a 30-J microstate. c. Which system has the higher entropy? Explain your reasoning.

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
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ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
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Consider two hypothetical systems (A and B) whose available energy levels are shown below. Each system is composed of exactly three particles (represented O, O, and O). The total energy of a system in a particular macrostate is the sum of the energies of the individual particles. For example, the depiction pictured below would correspond to an energy of 34J. Example System A System B O O 12 J 12 J 10 J 10 J 10 J 8 J 8 J a. For system A (above), draw one microstate that corresponds to a 30-J microstate. b. For system B (above), draw one microstate that corresponds to a 30-J microstate. c. Which system has the higher entropy? Explain your reasoning.
Transcribed Image Text:Consider two hypothetical systems (A and B) whose available energy levels are shown below. Each system is composed of exactly three particles (represented O, O, and O). The total energy of a system in a particular macrostate is the sum of the energies of the individual particles. For example, the depiction pictured below would correspond to an energy of 34J. Example System A System B O O 12 J 12 J 10 J 10 J 10 J 8 J 8 J a. For system A (above), draw one microstate that corresponds to a 30-J microstate. b. For system B (above), draw one microstate that corresponds to a 30-J microstate. c. Which system has the higher entropy? Explain your reasoning.
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