Untitled Question An ideal monatomic gas (n-1, y=5/3) expands reversibly from state v,= 0.3 m³, P,= 0.2 atm until the volume is doubled. The final pressure, The work done by the gas if the change takes place isothermally, The work done by the gas if the change takes place adiabatically and the entropy change of the gas, if Cy = 20 and C, = 33.33 are: %3D %3D O (12.6x10^3 Pa; 8.32x10^3 J; 6.66x10^3 J; 0 J/k) O (6.3x10^3 Pa; 3.33x10^3 J; 4.16x10^3 J; 23.6 J/k) O (6.3×10^3 Pa; 3.33x10^3 J; 4.16x10^3 J; -23.6 J/k) O (6.3x10^3 Pa; 4.16x10^3 J; 3.33x10^3 J; 0 J/k)

icon
Related questions
Question
Foundation and Soi..
Hebron University -.
www.youtube.com
Login
Untitled Question *
6 points
An ideal monatomic gas (n-1, y=5/3) expands reversibly from state v,= 0.3
m3, P,= 0.2 atm until the volume is doubled. The final pressure, The work
done by the gas if the change takes place isothermally, The work done by
the gas if the change takes place adiabatically and the entropy change of
the gas, if Cy = 20 and C, = 33.33 are:
O (12.6x10^3 Pa; 8.32x10^3 J; 6.66x10^3 J; 0 J/k)
O (6.3x10^3 Pa; 3.33x10^3 J; 4.16x10^3 J; 23.6 J/k)
O (6.3x10^3 Pa; 3.33x10^3 J; 4.16x10^3 J; -23.6 J/k)
O (6.3x10^3 Pa; 4.16x10^3 J; 3.33x10^3 J; 0 J/k)
O (1.0×10^4 Pa; 3.33x10^3 J; 4.16x10^3 J; 0 J/k)
None of the above
1 point
Transcribed Image Text:Foundation and Soi.. Hebron University -. www.youtube.com Login Untitled Question * 6 points An ideal monatomic gas (n-1, y=5/3) expands reversibly from state v,= 0.3 m3, P,= 0.2 atm until the volume is doubled. The final pressure, The work done by the gas if the change takes place isothermally, The work done by the gas if the change takes place adiabatically and the entropy change of the gas, if Cy = 20 and C, = 33.33 are: O (12.6x10^3 Pa; 8.32x10^3 J; 6.66x10^3 J; 0 J/k) O (6.3x10^3 Pa; 3.33x10^3 J; 4.16x10^3 J; 23.6 J/k) O (6.3x10^3 Pa; 3.33x10^3 J; 4.16x10^3 J; -23.6 J/k) O (6.3x10^3 Pa; 4.16x10^3 J; 3.33x10^3 J; 0 J/k) O (1.0×10^4 Pa; 3.33x10^3 J; 4.16x10^3 J; 0 J/k) None of the above 1 point
Expert Solution
steps

Step by step

Solved in 3 steps

Blurred answer