5) A fluid fits the following equation of state. a= 10-3 m3K/(bar*mol) ve b = 8*10-5 m3/molFor this fluid, the average Cp value between 0-300 0C at 1 bar is 33.5 J / mol.K.a) Calculate the average Cp value in the 0-300 0C temperature range for 12 barpressure.b) Calculate the enthalpy and entropy change when the fluid is brought from 4 bar and300 K to 12 bar and 400 K. A fluid fits the following equation of state.P(V - b) = RT +()a= 103 m³K/(bar*mol) ve b = 8*105 m³/molFor this fluid, the average Cp value between 0-300 °C at 1 bar is 33.5 J / mol.K.a) Calculate the average Cp value in the 0-300 °C temperature range for 12 barpressure.b) Calculate the enthalpy and entropy change when the fluid is brought from 4 bar and300 K to 12 bar and 400 K.

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Answered: 5) A fluid fits the following equation…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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5) A fluid fits the following equation of state.

a= 10-3 m
3K/(bar*mol) ve b = 8*10-5 m
3
/mol
For this fluid, the average Cp value between 0-300 0
C at 1 bar is 33.5 J / mol.K.
a) Calculate the average Cp value in the 0-300 0
C temperature range for 12 bar
pressure.
b) Calculate the enthalpy and entropy change when the fluid is brought from 4 bar and
300 K to 12 bar and 400 K.

A fluid fits the following equation of state.
P(V - b) = RT +
()
a= 103 m³K/(bar*mol) ve b = 8*105 m³/mol
For this fluid, the average Cp value between 0-300 °C at 1 bar is 33.5 J / mol.K.
a) Calculate the average Cp value in the 0-300 °C temperature range for 12 bar
pressure.
b) Calculate the enthalpy and entropy change when the fluid is brought from 4 bar and
300 K to 12 bar and 400 K.

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