Question (2): Consider N atoms confined on a surface area A. The surface is at room temperature T and the N atoms form a two-dimensional gas of classical non-interacting atoms. (a) Calculate the free energy F of the gası (b) Calculate the specific heat Cv of the system. (c) Calculate the entropy S.
Question (2): Consider N atoms confined on a surface area A. The surface is at room temperature T and the N atoms form a two-dimensional gas of classical non-interacting atoms. (a) Calculate the free energy F of the gası (b) Calculate the specific heat Cv of the system. (c) Calculate the entropy S.
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![Question (2): Consider N atoms confined on a surface area A. The surface is at room
temperature T and theN atoms form a two-dimensional gas of classical non-interacting
atoms.
(a) Calculate the free energy F of the gas
(b) Calculate the specific heat Cv of the system.
(c) Calculate the entropy S.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb252c589-bed0-49c4-aa13-8408b3e3678a%2Fcb02e485-a663-45fe-b2a1-9589c4dcd37c%2Fdn952up_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question (2): Consider N atoms confined on a surface area A. The surface is at room
temperature T and theN atoms form a two-dimensional gas of classical non-interacting
atoms.
(a) Calculate the free energy F of the gas
(b) Calculate the specific heat Cv of the system.
(c) Calculate the entropy S.
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