A container filled with air at a pressure of 150 kpa a temperature of 27 °c
the final pressure, work, and heat transferred is p=1444.46 Kpa, w=232.23 KJ/KG & Q=0.
Cp = 1.007 KJ/KG
Cv= 0.719 KJ/KG
given T1= 27°c=300k
T2 =350°c=573k
P1=150 kpa
p2= ?
Therefore P1V1=P2V2
P2=1444.46kpa(final pressure)
adiabatic means heat transfer will be zero. Q=0
q=w+Δv
w=-Δv
w=-232.237 KJ/KG
The relationship between temperature and pressure for a given volume of gas is straightforward. Pressure increases in systems when temperature increases and vice versa. The Gay-law Lussac's specifies the link between a gas's pressure and temperature. A rise in air pressure implies a rise in temperature.
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